Basic Inverse Trigonometric Functions
Topic Page
Basic Inverse Trigonometric FunctionsQuestions
- What are the Basic Inverse Trigonometric Functions?
- How do you use inverse trig functions to find angles?
- How do you use inverse trigonometric functions to find the solutions of the equation that are in the interval 0 2π)?
- How do you use inverse trig functions to solve equations?
- How do you evalute #sin^-1 (-sqrt(3)/2)#?
- How do you evalute #tan^-1 (-sqrt(3))#?
- How do you find the inverse of #f(x) = \frac{1}{x-5}# algebraically?
- How do you find the inverse of #f(x) = 5 sin^{-1}( frac{2}{x-3} )#?
- What is tan(arctan 10)?
- How do you find the #arcsin(sin((7pi)/6))#?
- How do you calculate #tan(arccos(5/13))#?
- How do you calculate #sin(arcsin 2x)#?
- How do you find the exact value of #arctan(sqrt(3))#?
- What is the exact value of #cos(tan^-1 (2/3))#?
- How do you find the exact value for #sin (cos^-1 (-1/4))#?
- How do you find the value of #sin arcsin(-0.2)#?
- How do you find the exact value of #sin^-1(-0.5)#?
- How do you find #sin(sin^-1 (1/4))#?
- How do you find the exact value of arcsin 0?
- What is #cos(sin^-1(0.5))#?
- How do you solve: #sin(sin^-1 (0.9))#?
- How do you find the inverse of sin?
- How do you calculate #sin(arcsec(-3))cos(arcsec(-3))#?
- How do you evaluate arctan(-1) using a unit circle?
- How do you evaluate #arctan(0)#?
- How do you evaluate #arccos(cos ((13pi)/2))#?
- How do you calculate #tan^-1(sqrt3)#?
- How do you evaluate #arcsin((sqrt3)/2)# or #sin(Arccos(-15/17))#?
- How do you calculate #arccos(cos(4))#?
- How do you calculate #cos(tan^-1 (-12 / 5))#?
- How do you evaluate #cos[arcsin ((5sqrt 29)/29)]#?
- How do you evaluate #tan^-1 ( -sqrt3 )#?
- How do you evaluate #sin^ -1(sqrt(2)/2)#?
- How do you evaluate #cot(arcsin(-5/8)#?
- How do you calculate #tan(cos^-1(-3/5))#?
- How do you find the exact value of #tan[sin^1(-(1/2)]#?
- How do you evaluate #cot^-1 (sin (pi/3))#?
- How do you calculate #arcsin(-sqrt3/2)#?
- How do you evaluate #cos[ 2sin^-1(5/13)]#?
- How do you evaluate #arcsec (sec(-pi/3))#?
- How do you evaluate #sin^-1 (-sqrt3/2)#?
- How do you calculate #cos^-1(sqrt3/2)#?
- How do you find the exact value of #sin^-1(1)#?
- How do you evaluate #sin (cos^-1 (sqrt 2/2))#?
- How do you find the angle A if you have #tanA = 1.0#?
- How do you solve #sin x=15/21.2#?
- What are all the solutions to #secx= -1/2#?
- How do you evaluate #cos[2arcsin(7/25)]#?
- What is #cot^-1 (3) #equal in decimal form?
- How do you solve #sin(arcsin(3/5) + arccos(3/5))#?
- How do you find the value of cos [2 Sin^-1 (-24/25)]?
- How do you find the value of #sec [Cot^-1 (-6)]#?
- How do you find the exact value of #tan(arctan(10))#?
- How do you find the exact value of #arcsin(sin((7pi)/3))#?
- How do you find the exact value of #Arctan(1/2)#?
- How do you find the exact value of #arctan(1/2)+arctan(1/3)#?
- How do you find the exact value of #arctan(2) + arctan(3)#?
- How do you find the exact value of #arc tan(1/2) + arc tan (1/5) + arc tan (1/8)#?
- How do you find the exact value of #arc sin (sqrt3/2)#?
- How do you find the exact value of #arc cos (-sqrt2/2)#?
- How do you find the exact value of #arc tan (-sqrt3/3)#?
- How do you find the exact value of #cos[arctan(-5/12)]#?
- How do you find the exact value of #arc tan(-sqrt3)#?
- How do you find the exact value of #cos[arc tan(-2/3)]#?
- How do you find the exact value of #tan[arc cos(-1/3)]#?
- How do you find the exact value of #arctan(-sqrt(3)/3)#?
- How do you find the exact value of #arc tan (1/2)+arc tan (1/3)#?
- How do you find the exact value of #arctan(1) + arctan(2) + arctan(3) #?
- How do you find the exact value of # arccos(cos (7pi)/6)#?
- How do you find the exact value of # arctan(tan ((-7pi)/6))#?
- How do you find the exact value of # sec(arccos ((-3/5))#?
- How do you find the exact value of # cot(arcsin ((-7/13))#?
- How do you find the exact value of # arctan(tan ((2pi)/3))#?
- How do you find the value of #arctan(tan((5pi)/6))#?
- What is the exact value of #sec^-1 (sqrt2)#?
- What is the exact value of #sec^-1 (sqrt2) and csc^-1 (2)#?
- What is the exact value of #tan 45#?
- What is the exact value of #tan 30#?
- What is the exact value of #tan -330#?
- What is the exact value of #sin -330#?
- What is the exact value of #cos -330#?
- What is the exact value of #sec -330#?
- How do you find the exact value for #cos(arctan(2)) #?
- How do you find the degree measure of arcsin (-0.3295) to two decimal places using a calculator?
- How do you find the exact value in radians without using a calculator #cos^-1 (1/2)#?
- How do you find the value of #cot^-1 (-1/sqrt3)#?
- If the Cotangent is 2.44, what is the angle?
- How do you find arccot(-2)?
- When does cosecant=2?
- How to find the value of x where #0<=x<=360^@# for #sec x= 3.1909#?
- How to find the value of x where #0<=x<=360^@# for #csc x= -1.3737#?
- How to find the value of x where #0<=x<=360^@# for #sec x= -1.7172#?
- How to find the value of x where #0<=x<=360^@# for #csc x= 2.5151#?
- How to find the value of x where #0<=x<=360^@# for #sec x=1.0222#?
- How to find the value of x if #sec x = -5#?
- How do you find the value for #sin(arccos(-1/3))#?
- How do you find the value for #sec^-1( 2/ sqrt3)#?
- How do you find the value for #sin[2cos^(-1)(3/5)]#?
- How do you find the value for #cos^(-1) [(cos(135')]#?
- How do you find the value for #cos (cos^-1 (3/4))#?
- How do you find the value for #csc (Tan^-1 (4/5))#?
- How do you find the value for #tan^-1[tan(5pi/7)]#?
- How do you find the value for #csc[cos^1 (-(sqrt{3}/2)]#?
- How do you find the value for #sin^ -1[cos( π/4)]#?
- How do you find the value for #cos[2 sin^ -1 (1/2)]#?
- How do you find the value for #sin x = 0.723#?
- How do you find the value for #tan ^ -1 ( -1)#?
- How do you find the value for #cos^ -1 (- sqrt 3/2)#?
- How do you find the value for #cos^ -1 (- sqrt 2/2)#?
- How do you find the value for #tan[tan^-1(7.4)]#?
- How do you find the value for #csc^-1 (-7/3) #?
- How do you find the value for #sin^-1 (-7/3) #?
- How do you find the value for #sin^-1 (3/5) #?
- How do you find the value for #tan^-1(-1)#?
- How do you find the value for #arctan(1)#?
- How do you find the value for #arctan(0)#?
- How do you find the value for #arctan(-1)#?
- How do you find the value for #sin^-1 (-1/sqrt2)#?
- How do you find the value for # tan(arccos(2/3))#?
- How do you find inverse trig functions without calculator?
- How do you find the exact value of inverse trig functions?
- How do you solve #sin A=.8365#?
- How do you solve #cos B=.3494#?
- Why is arctan(0) = 0?
- How do you show that #arctan(1/2)+arctan(1/3)=pi/4#?
- How do you evaluate #cos(arcsin(5/13))#?
- How do you evaluate #arctan (1/3) + arctan (1/2)#?
- How do you evaluate #arccos (1/2)#?
- How do you evaluate #arcsin(sin((5pi)/3))#?
- How do you evaluate #tan(arccos(2/3))#?
- How do you evaluate #sin(arctan(2))#?
- How do you evaluate #arctan sqrt3#?
- How do you evaluate #arcsin 0#?
- How do you evaluate #arcsin -1/2#?
- How do you evaluate #arctan -1/sqrt[3]#?
- How do you evaluate #arctan(1/2)#?
- How do you evaluate #arccos (-1)#?
- How do you evaluate #arctan [tan ((-2pi)/3)]#?
- How do you evaluate #arcsin(sin 2)#?
- How do you evaluate #arcsin (-1/2)#?
- How do you evaluate #arccos (1/2)#?
- How do you evaluate #arcsin(sin((5pi)/3)) #?
- How do you evaluate #tan(arccos(2/3))#?
- How do you evaluate #tan(arcsin(1/3)) #?
- How do you evaluate #cos (arcsin (3/5))#?
- How do you evaluate #sin (arccos (2/8))#?
- How do you evaluate # tan (arcsin (3/4))#?
- How do you evaluate #sin (arcsin (12/3) + Arcsin (4/5))#?
- How do you evaluate #sin[arccos(-4/5)+arcsin(-3/5)]#?
- How do you evaluate #sin(2arccos(3/5))#?
- How do you evaluate #arcsin 0#?
- How do you evaluate #arcsin(cos(pi/3))#?
- How do you evaluate #sec[arcsin(-sqrt3/2)]#?
- How do you evaluate #cos (arcsin (3/5) - arccos (1/2)) #?
- How do you evaluate #arcsin(-1/2)#?
- How do you evaluate #arcsin(1/2)#?
- How do you evaluate arcsin on a calculator?
- How do you evaluate #arcsin (3/5)#?
- How do you evaluate #arcsin (1/2)#?
- How do you evaluate #arcsin 1#?
- How do you evaluate #arcsin 0#?
- How do you evaluate #arcsin(sqrt 2/2)#?
- How do you evaluate #arcsin(sqrt 3/2)#?
- How do you write sin(arctan(a)) as an expression of "a" not involving any trigonometric functions or their inverses?
- How do you find the exact value of cos [tan-1 (-2/3)]?
- How do you find the exact value of cot^-1(-5)?
- How do you find the exact value of #sin^-1[sin(-pi/10)]#?
- How do you find the exact value of tan^-1[tan(2pi/5)]?
- How do you find the exact value of sin ( sin^-1 3/8)?
- How do you find the exact value of #sin^-1 (sqrt3/2)#?
- How do you find the exact value of #cos^-1 (-1)#?
- How do you find the exact value of #tan^-1 (-1)#?
- How do you find the exact value of #arcsin(sin(2))#?
- How do you find the exact value of #tan (sin^-1 (2/3)) #?
- How do you find the exact value of #csc^-1 0.5#?
- How do you find the exact value of #sin (arcsin(2/3) + arccos(1/3))#?
- How do you find the exact value of #arccos(cos(pi/3))#?
- How do you find the exact value of #arctan(sqrt3/3)#?
- How do you find the exact value of #cos^-1 (-sqrt2/2)#?
- How do you find the exact value of #sin(sin^-1 (1/3))#?
- How do you find the exact value of #cos^-1(sin((7pi)/2))#?
- How do you find the exact value of #tan^-1(tan((2pi)/3))#?
- How do you find #sin^-1(1.2)# without using a calculator?
- How do you find #cot^-1 (-1/sqrt3)# without using a calculator?
- How do you plug the inverse csc (-7/3) into the calculator?
- How do you plug the inverse sin (-7/3) into the calculator?
- How do you find #sec x = -5# using a calculator?
- What is #sin(2arcsin(3/5))#?
- What is #cos(arc sin (5/13))#?
- What is #arcsin 1.5#?
- What is #Sin(arcsin(3/5)+(arctan-2))#?
- What is #cos[Arcsin(-4/5)]#?
- What is #cos(arccos (3/5) - arcsin (4/5))#?
- What is #Cot(arcsin (-5/13)) #?
- What is # cos (Arcsin (3/5))#?
- What is Arcsin of 3/5?
- What is arccos of -4/5?
- What is #cos( arcsin( 5 / 13) + arctan( - 4 / 3 ))#?
- What is #sin(2 arcsin(3/5))#?
- What is #cos (2 arcsin (3/5))#?
- What is #Arcsin (.5)#?
- What is #tan(arcsin(12/13)) #?
- What is #sin(arccos(5/13))#?
- What is #sec(arcsin (4/5))#?
- What is #Arctan (-3/4 ) #?
- What is #Cot [ arcsin( sqrt5 / 6) ]#?
- What is #Tan(2arcsin(1/3))#?
- What is #cos(arctan(-2) + arccos(5/13))#?
- What is #cos[sin^(-1)(-1/2 ) + cos^(-1)(5/13) ]#?
- What is #tan(pi + arcsin (2/3))#?
- What is #arcsin (4/5)#?
- What is #Cos(arcsin(-5/13)+arccos(12/13))#?
- What is #Sin(arcsin(4/5)+arctan(12/5))#?
- What is #Cos(arcsin(5/13) - arccos(7/25))#?
- What is #Tan(arcsin(3/5)+arccos(5/7))#?
- What is #tan(arcsin (5/13))#?
- What is #arcsin 0#?
- What is #tan(arcsin(2/3))#?
- What is #cos (arcsin (5/13))#?
- What is # tan(arcsin( 5/6))#?
- How do you evaluate #cos(arcsin (1/4))#?
- How do you evaluate #cos(arcsin(-2/3)) #?
- How do you evaluate #arcsin(.4)#?
- How do you evaluate #arccos(-1/2)#?
- How do you evaluate #Arcsin(3/4)#?
- How do you evaluate #sin[arccos(-2/3)+arcsin(1/4)]#?
- How do you evaluate #arcsin(sqrt2/2)#?
- How do you evaluate #arcsin (sin(3pi)) #?
- How do you evaluate #tan(arcsin( 2/3)) #?
- How do you evaluate #arctan(sqrt(3))#?
- How do you evaluate #cot (arcsin(5/6))#?
- How do you evaluate #Arctan (-3/4 )#?
- How do you evaluate # tan(arcsin(9/13))#?
- How do you evaluate #arcsin(2) #?
- How do you evaluate #cos(arcsin(-1/4))#?
- How do you evaluate #arcsin(sin3)#?
- How do you evaluate #arcsin (4/5)#?
- How do you evaluate #Sin[Arccos(-1/5)]#?
- How do you evaluate #tan[arccos(-1/2)]#?
- How do you evaluate #arccos (0)#?
- How do you evaluate #arccos (sqrt2/2)#?
- How do you evaluate #arccos(sin((3*pi)/2))#?
- How do you evaluate #arccost(-sqrt3 /2) #?
- How do you evaluate #sin(arcsin(1/2) + arccos (0)) #?
- How do you evaluate # sin(arccos (3/5)) #?
- How do you evaluate #arctan((1/sqrt3)#?
- How do you evaluate #sin(arccos(1/2))#?
- How do you evaluate #arccos(cos(5pi/4))#?
- How do you evaluate #Tan[arccos ( - sqrt ( 3 ) / 2 ) ]#?
- How do you evaluate #arcsin(1/6)#?
- How do you evaluate #[cos(arccos (3/5) - arcsin (4/5))]#?
- How do you evaluate #arcsin (sin (3pi/2))#?
- How do you evaluate # cos (arccos 1.5)#?
- How do you evaluate #sin (arccos.5 + arcsin .6)#?
- How do you evaluate #Arcsin (sin ((10pi)/(11)))#?
- How do you evaluate #arcsin(-3/4)#?
- How do you evaluate #arcsin(-sqrt3/2)#?
- How do you get the exact value of #csc^-1 (2)#?
- How do you get the exact value of #sec^-1(-2)#?
- How do you get the exact value of #cos[2 sin^-1(sqrt2 / 2)]#?
- Why is inverse secant (-2) = 2pi/3?
- What is the inverse cosine of 2?
- What is the inverse of cosine (-1/2)?
- What is #cos [Sec ^-1 (-5)]#?
- What is #cos ( 2 Sin^-1 x)#?
- What is #sin [2 Tan^-1 (-2)]#?
- How do you find inverse sin (-1/2)?
- What is sin^-1(cos 5pi/6) ?
- What is sin(inverse tangent(12/5)?
- What is cos^-1(5/13)?
- What is tan^-1(12/5)?
- What is the Inverse cosine of (-rad3/2)?
- What is cos ^ -1 ( cos (7 pi/4) )?
- What is the sec(inverse cos (5^0.5/2))?
- What is the #sin^(-1)(sqrt(3)/2)#?
- What is the Inverse cos(cos(-pi/3)?
- What is Cos^(-1) [cos(-5pi/3)]?
- What is the inverse cosine of (-0.8)?
- What is sin^−1(-√3 / 2)?
- What is arcsin(√2 / 2)?
- What is arccos(√2 / 2)?
- What is #cos^(−1) (sqrt3 / 2)#?
- What is Cos (inverse) 1/2 ?
- What is Sin( inverse COS 3/5)?
- What is the inverse cosine of 0.55?
- What is the inverse cosine of 1?
- What is the inverse cosine of 1/2?
- What is the inverse cosine of 1/3?
- What is the inverse cosine of sqrt2/2?
- What is arctan(-1), write your answer in radians in terms of pi?
- How do you find #tan (sin^-1(-7/25))#?
- When working in decimal radians, how do you find the cot^-1(-5)?
- When working in decimal radians, how do you find the arctan(1)?
- When working in decimal radians, how do you find x given #65^0# = #sin^-1 x# ? ?
- When working in decimal radians, how do you find tan(sin^-1(-1/6))?
- When working in decimal radians, how do you find sin^-1(-1/6)?
- How do you find the exact value without a calculator for cot (arcsin(5/6))?
- How you can use the inverse trig functions on a calculator to find the value ox X for which sin(x)=0.6?
- Is arcsin(x) = csc(x) true?
- Is arctan(x) = cot(x) true?
- What is Sec(tan^-1(2))?
- What is Cot(cos^-1(-39/89))?
- What is #sin(sin^-1 (1/3))#?
- What is #tan^-1(sqrt3/3)#?
- What is #tan(sin^-1(0))#?
- What is #arccos(0.921) #?
- How do you solve #2tan^2x+4tanx-3=0#?
- How do you find #cos ^ -1 (0)# without a calculator?
- How do you find #arcsin(-sqrt3/2)# without a calculator?
- How do you find the solutions to #8sin^2(3x) = -7sin(3x)#?
- How do you find the exact solution to inverse tangent (sqrt3) (meaning #arctansqrt3#)?
- How do you find the exact solution to arcsin (-1/ sqt 2)?
- How do you find the exact solution to arcsin (sqrt(3)/2)?
- What is the value of #sin -1 (cos x)#?
- What is the value of #tan (sin^-1 x)#?
- How do you find Tan^-1(-1) without a calculator?
- How do you solve for #65 = sin^-1 x# using a calculator?
- How do you do inverse trig functions like #sin x = 0.723#?
- How do you do inverse trig functions like #tan x= 1.234#?
- How do you use a calculator to find #cos^-1(-0.7311)#?
- How do you use a calculator to find #csc^-1(2pi/9)#?
- How do you use a calculator to find #sin(x)=3/5#?
- How do you find the value of #cos^ -1(0) #?
- How do you find the value of #csc^ -1(2)#?
- How do you simplify #sin(tan^-1(x))#?
- How do you find the value of #tan^-1 sqrt(3)#?
- How do you calculate #cot^-1 0.684#?
- How do you find the value of #cot^-1(sqrt3)#?
- How do you find the value of #csc^-1(-1)#?
- How do you find the value of #sec^-1[(2sqrt 3)/3]#?
- How do you do inverse trig functions on the calculator for example #sinθ = 0.4#?
- How do you do inverse trig functions on the calculator for example #arcsin(-1/2)#?
- How do you do simplify #sin(cos^(-1)(1/5))#?
- How do you do simplify #sin^-1(sqrt3/2)#?
- How do you do simplify #sin^-1(sqrt2/2)#?
- How do you do simplify #sin^-1(cos ((5pi)/6)) #?
- How do you do simplify #cos [sec ^-1 (-5)]#?
- How do you do simplify #cos ( 2 sin^-1 x)#?
- How do you do simplify #csc^-1 (-(2sqrt3)/3)#?
- How do you do simplify #sin [2 tan^-1 (-2)]#?
- How do you simplify #arctan(-sqrt3)#?
- How do you simplify #arctan (-1)#?
- How do you simplify #sec(arctan 2)#?
- How do you simplify #arctan (tan 3pi/4)#?
- How do you evaluate #tan (arc tan (.88))#?
- How do you evaluate the equation arctan(-1)?
- How do you evaluate the equation #arctan(3)#?
- How do you evaluate the equation #cos(arctan(sqrt(3))) #?
- How do you evaluate the equation # tan^-1(20/6)#?
- How do you evaluate the equation #arctan(-sqrt3)#?
- How do you evaluate the equation #arcsin(sin ((5pi)/6))#?
- How do you evaluate the equation #arctan(pi/2)#?
- How do you evaluate the equation #sin(arctan(-3))#?
- How do you evaluate the equation #arctan( -sqrt3 / 3 )#?
- How do you calculate #sin x = 0.29#?
- How do you calculate #sinA=0.96225#?
- How do you calculate #tan^-1(-1)#?
- How do you calculate #cos^-1 (-0.8)#?
- How do you calculate #sin^-1(9.4 / 12)#?
- How do you calculate #csc^-1(-5)#?
- How do you find two exact values of #sin((cos^-1)(sqrt5/6))#?
- How do you evaluate arctan(-1)?
- How do you evaluate arctan(1)?
- How do you calculate #arcsin -1#?
- How do you calculate #arcsin 2#?
- How do you calculate #sin{(1/2) arccos (4/5)}#?
- How do you calculate #arcsin(sqrt(2) / 2)#?
- How do you calculate #arctan(1)#?
- How do you calculate #arcsin(sin(0.97pi))#?
- How do you calculate Arccos(cos 7pi/2)?
- How do you calculate arcsin(-1/2)?
- How do you calculate arcsin(-0.9871)?
- How do you calculate arcsin(0.76)?
- What is arccot(-50) in radians?
- What is # arc cot(-2)#?
- How do you calculate the inverse csc (-7/3)?
- How do you calculate the inverse sin(-7/3)?
- How do you calculate the #sin(arccos(-1/3))#?
- How do you calculate the #sin^-1 (8/14)#?
- How do you calculate the #arctan(-1)#?
- How do you calculate the #arctan(1)#?
- How do you calculate the #arctan(0)#?
- How do you calculate the #cos[2 sin^ -1 (1/2)]#?
- How do you calculate the #cos^-1 (-sqrt2/2)#?
- How do you calculate the #sin(sin^-1 (1/3))#?
- How do you calculate the inverse cotangent of -2?
- How do you calculate the #tan^-1(sqrt3/3)#?
- How do you calculate the #tan(sin^-1(0))#?
- How do you calculate the #arccos(0.921)#?
- How do you calculate the #sin ^ -1 (.6075) #?
- How do you calculate the #Cos^-1 (1/2)#?
- How do you calculate the #arcsin (sqrt(3)/2)#?
- How do you calculate the #cos^-1 (-1/2)#?
- How do you calculate the #arcsin (-1/ sqrt 2)#?
- How do you evaluate #sec(tan^-1(2))#?
- How do you evaluate #sec^-1( 2/ sqrt3)#?
- How do you evaluate #tan^-1( sqrt3)#?
- How do you evaluate #cos^-1 (-sqrt2/2)#?
- How do you evaluate #arcsin(cos(10pi/9))#?
- How do you evaluate #arccos(sin(13pi/7))#?
- How do you evaluate #cos (cos^-1 (3/4))#?
- How do you evaluate #arccos (-1/3)#?
- How do you find an equivalent algebraic expression for the composition cos(arcsin(x))?
- What does #arcsin(cos ((5pi)/6)) # equal?
- What does #arcsin(cos ((-pi)/6)) # equal?
- What does #arcsin(sin ((-pi)/6)) # equal?
- What does #arcsin(sin ((-pi)/2)) # equal?
- What does #arcsin(cos ((-pi)/3)) # equal?
- What does #arcsin(cos ((-2pi)/3)) # equal?
- What does #arccos(cos ((-2pi)/3)) # equal?
- What does #cos(arctan(pi/4)) # equal?
- What does #cos(arctan(pi/2))-sin(arc cot(pi/4)) # equal?
- What does #cos(arctan((3pi)/2))-2sin(arcsec(pi/4)) # equal?
- What does #cos(arctan((3pi)/4)) # equal?
- What does #cos(arctan((-3pi)/4)) # equal?
- What does #cos(arctan(sin((-3pi)/4)) )# equal?
- What does #cos(arctan(2))# equal?
- What does #cos(arctan(2))-sin(arcsec(5))# equal?
- What does #sin(arctan(6))-4sin(arcsec(5))# equal?
- What does #tan(arcsec(6)-5cos(arcsin(3))# equal?
- What does #tan(arcsec(2))-2cos(arc cot(3))# equal?
- What does #tan(12arcsec(1))+9cos(arc cot(4))# equal?
- What does #tan(2arcsin(12)+cos(arc cot(4))# equal?
- What does #5sin(arctan(4))-sin(arccos(4))# equal?
- What does #5sin(arctan(6))-sin(arcsin(4))# equal?
- What does #2sin(arctan(6))-3tan(arcsin(4))# equal?
- What does #3cos(arcsin(5))-6sec(arctan(5))# equal?
- What does #-cos(arcsin(15))+2sec(arctan(12))# equal?
- What does #-cos(arccos(5))+2csc(arctan(12))# equal?
- What does #-sec(arccos(7))+2csc(arctan(2))# equal?
- What does #-csc(arccos(7))+2csc(arctan(2))# equal?
- What does #-csc(arccot(7))+2csc(arctan(5))# equal?
- What does #-csc(arc cot(7))+2csc(arctan(5))# equal?
- What does #4csc(arc cot(7))-2cos(arctan(5))# equal?
- What does #4csc(arc cot(-7))-2cos(arcsin(-4))# equal?
- What does #4csc(arc cos(-7))-2cos(arcsin(-4))# equal?
- What does #4csc(arc cos(-7))-2cot(arcsin(-4))# equal?
- What does #4sin(arc tan(-7))-2cot(arccot(4))# equal?
- What does #sin(arc tan(-7))+3cot(arccot(4))# equal?
- What does #sin(arc tan(2))+3cot(arctan(-1))# equal?
- What does #sin(arc cos(2))+3cos(arctan(-1))# equal?
- What does #sec(arccos(2))+3cot(arctan(-1))# equal?
- What does #sec(arccos(2))+3cot(arc csc(-1))# equal?
- What does #sec(arccos(3))+3sec(arc csc(9))# equal?
- What does #sin(arccos(2))+3sec(arc csc(12))# equal?
- What does #sin(arccos(5))+5sin(arc tan(2))# equal?
- What does #sin(arc cot(5))+5sin(arc tan(2))# equal?
- What does #sin(arccot(5))-sin(arcsec(2))# equal?
- What does #2sin(arccot(5))-3sin(arc csc(2))# equal?
- What does #2sin(arccot(4))-3sin(arc sin(2))# equal?
- What does #2sin(arc cot(4))-3sin(arc sin(2))# equal?
- What does #2sin(arccos(4))-cos(arc sin(3))# equal?
- What does #-3sin(arccos(2))-cos(arc cos(3))# equal?
- What does #-3sin(arccos(2))-cos(arc cos(3))# equal?
- What does #4sin(arccos(2))-cos(arc sec(4))# equal?
- What does #4sin(arccos(2))-cos(arctan(4))# equal?
- What does #4sin(arccos(2))+4cos(arc cot(6))# equal?
- What does #4sin(arccos(2))+2cos(arcsin(6))# equal?
- What does #sin(arccos(4))-2cos(arc csc(2))# equal?
- What does #sin(arccos(2))-sec(arc csc(4))# equal?
- What does #2sin(arccos(2))-sec(arc cos(8))# equal?
- What does #sin(arccos(5))-3sec(arc sin(8))# equal?
- What does #sin(arccos(2))-3sec(arc tan(3))# equal?
- What does #sin(arccos(3))+sec(arc cot(2))# equal?
- What does #2sin(arccos(3))+sec(arcsec(3))# equal?
- What does #2sin(arccos(3))+csc(arcsin(5))# equal?
- What does #sin(arccos(6))-csc(arccos(12))# equal?
- What does #sin(arccos(6))-2csc(arcsec(9))# equal?
- What does #sin(arccos(2))-3csc(arc csc(7))# equal?
- What does #sin(arccos(3))+csc(arc cot(4))# equal?
- What does #8sin(arccos(6))+csc(arctan(2))# equal?
- What does #8sin(arccos(6))+csc(arc cot(8))# equal?
- What does #2sin(arccos(4))+tan(arc cot(11))# equal?
- What does #2sin(arccos(4))+tan(arctan(1))# equal?
- What does #-sin(arccos(2))-tan(arcsec(4))# equal?
- What does #-sin(arccos(2))+tan("arccsc"(4))# equal?
- What does #-sin(arccos(2))+tan(arccos(4))# equal?
- What does #2sin(arccos(3))+3tan(arcsin(5))# equal?
- What does #sin(arccos(3))-cot(arcsin(5))# equal?
- What does #sin(arccos(4))-cot(arccos(1))# equal?
- What does #sin(arccos(4))-cot(arc csc(5))# equal?
- What does #sin(arccos(4))-cot(arc cot(5))# equal?
- What does #sin(arccos(10))-2cot(arctan(2))# equal?
- What does #sin(arccos(1))-2cot(arcsec(3))# equal?
- What does #cos(arctan(1))-2sin(arccos(9))# equal?
- What does #cos(arctan(-4))+sin(arccos(9))# equal?
- What does #cos(arctan(-1))+sin(arc csc(-1))# equal?
- What does #cos(arctan(2))+sin(arcsec(1))# equal?
- What does #cos(arctan(3))+sin(arctan(4))# equal?
- What does #cos(arctan(3))+2sin(arc cot(5))# equal?
- What does #-cos(arctan(6))-2csc(arccos(5))# equal?
- What does #-2cos(arctan(6))+csc(arcsec(2))# equal?
- What does #cos(arctan(1))+3csc(arc csc(2))# equal?
- What does #cos(arctan(1))+3csc(arc tan(1))# equal?
- How do you simplify #sin(sin^(-1)x + cos^(-1)x)#?
- How do you prove #cos^-1(x)=pi/2-sin^-1(x)#?
- How do you prove #cot^-1(x)=pi/2-tan^-1(x)#?
- How do you prove #csc^-1(x)=pi/2 -sec^-1(x)#?
- How do you evaluate #cos[arctan(-5/12)]#?
- How do you evaluate #arctan((arctan(9/7) - arctan(7/6)) / (arctan(5/3) - arctan(3/2)))#?
- If arctan (3/5) = X, what is arccsc (cotan X)?
- How do you find the exact value of #cos [arc tan ( 5/12 ) + arc cot ( 4/3 )#?
- How do you find the exact value of #cot (arctan (5/8))#?
- How do you find the exact value of #csc[arctan(-5/12)]#?
- How do you find the exact value of #sin(tan^-1 -5/7)#?
- How do you find the exact value of #Sin(arcsin(3/5)+(arctan-2))#?
- How do you find the exact value of #cos[2 arcsin (-3/5) - arctan (5/12)]#?
- How do you find the exact value of #arctan(2)#?
- How do you find the exact value of #Sec(Arctan (1/2))#?
- How do you find the exact value of #sin(arctan(3/4))#?
- How do you find the exact value of #Arctan (-1) #?
- How do you find the exact value of #arctan [cos(-5pi/6)]#?
- How do you find the exact value of #cos(arctan (5/2))#?
- How do you find the exact value of #arctan(cot(11π / 6))#?
- How do you find the exact value of #arcsin(sin(7*pi/3))#?
- How do you find the exact value of #Sin(arcsin(4/5)+arctan(12/5))#?
- How do you find the exact value of #cot(arctan (3/5))#?
- How do you find the exact value of #cos( 2 arctan (5/12) )#?
- How do you find the exact value of #cos(tan^-1 (5/12)+cot^-1 (5/12))#?
- How do you find the exact value of #cos[arctan(-8/15)]#?
- How do you evaluate #y=sin^-1(pi3/2)#?
- How do you evaluate #cot^-1(1)#?
- How do you evaluate #cos^-1 (-1/2)#?
- How do you evaluate #sin(cos^(-1)(1/5))#?
- How do you evaluate #Sin^-1 ( sqrt2 / 2) #?
- How do you evaluate #cos ^ -1 ( cos (7 pi/4) )#?
- How do you find the exact value of #arctan (sin (pi/2))#?
- How do you find the exact value of #arccos (-1)#?
- How do you find the exact value of #arcsin [sin (-pi/10)]#?
- How do you find the exact value of #arctan [tan (-(2pi)/3)]#?
- How do you find the exact value of # Arctan -sqrt3#?
- How do you find the exact value of # Arctan (-sqrt3/3)#?
- What is arcsin(sin 2pi/3)?
- How do you find the exact value for #csc(sin^-1 (sqrt 3/2))#?
- How do you find the exact value for #sin (tan^-1 (3/4))#?
- How do you find the exact value for #tan (sin^-1(-4/5))#?
- How do you find the exact value for #sin^-1 (cos (2pi/3))#?
- How do you find the exact value for #tan^-1(tan (7pi/4))#?
- How do you evaluate #cos^-1(-sin(2/3 pi))#?
- How do you evaluate #tan^-1(cos((3pi)/2))#?
- How do you evaluate #sin^-1(sin((-2pi)/3))#?
- How do you evaluate #cos^-1(cos((-2pi)/3))#?
- How do you solve arccos(cos 2pi)?
- How do you evaluate #arctan (sin (pi/2))#?
- How do you prove #cos^-1 x + tan^-1 x = pi/2#?
- How do you prove #arcsin x + arccos x = pi/2#?
- How do you prove #sin (π/2 – x) = sin (π/2 + x)#?
- How do you prove #sin[sin^-1((7pi)/6)] #?
- How do you prove #cos^-1(-sin((2/3) pi)#?
- How do you simplify # arctan(sin((7pi)/2))#?
- How do you evaluate #Sin^-1(cos(pi/4))#?
- How do you evaluate #sin^-1(-sqrt(2)/2)#?
- How do you evaluate #tan^-1(-(sqrt(3)/3))#?
- How do you evaluate #sin(sin^-1(1/2))#?
- How do you evaluate #cos^-1(cos(-2/3pi))#?
- How do you find #sin^-1(sin ((5pi)/6))#?
- How do you find #sin^-1 (cos(pi/6))#?
- How do you evaluate #cos^-1(cos((7pi)/6))#?
- How do you evaluate #sin^-1(sin((5pi)/3))#?
- How do you find #cos^-1(sin((5pi/4))#?
- How do you find #Sec^-1(sec((7pi)/6))#?
- How do you find the exact value of #sin^-1(sin(pi/6))#?
- How do you find the exact value of #cos^-1(cos((5pi)/3))#?
- How do you find the exact value of #cos^-1(cos((-pi)/3))#?
- How do you find the exact value of #Sin^-1(cos(pi/4))#?
- How do you find the value of #arcsin(cos(pi/3))#?
- How do you find the value of #cos(pi/4)#?
- How do you find the exact value of #arcsin(sin((2pi)/3))#?
- How do you evaluate #cos^-1[tan(pi/3)]#?
- How do you evaluate #sin^-1(sin (5pi/6))#?
- How do you find the exact value of #arccos(sin(3*pi/2))#?
- How do you find the exact value of #tan^(-1) (-2 cos (pi/3))#?
- How do you prove #arccos(x/2) + arctan(x) = pi/2#?
- How do you find the value of #cos (tan^-1 (2/3))#?
- What is arccos(1/2) equal to in radians?
- How do you find the exact value of cos (arcsin 3/5 - arccos 1/2)?
- How do you find the exact value of #arctan((1/sqrt3)#?
- How do you find the exact value of #sin(arccos(1/2))#?
- How do you find the exact value of #arccos(cos((5π)/4))#?
- How do you find the exact value of #sin[arcsin(1/2) + arccos (0) ] #?
- How do you find the exact value of #cos[ arctan (-4/3) - arcsin (3/5) ]#?
- How do you find the exact value of #tan [ arctan (1/6) + arccos (3/5) ]#?
- How do you simplify #cos((1/3)arccos((1/3)x))#?
- If 2A=tan^-1 (4/3), find the value of tan(A-arccos-1/2)?
- How do you evaluate #sin (arctan (1/4) + arccos (3/4))#?
- How do you evaluate #arccos(1/(2*sqrt(2)))#?
- How do you evaluate #tan[arccos(1/3)]#?
- How do you evaluate #sin[arcsin(3/5)-arccos(3/5) ]#?
- How do you evaluate #tan(arcsin(3/4)-arccos(1/3))#?
- How do you evaluate #arcsin(1/sqrt(2))#?
- How do you evaluate #arccos(-1/sqrt(2))#?
- How do you evaluate #arccos(2)#?
- How do you evaluate #cot[arccos(-1/2)+arccos(0)+arctan(1/sqrt(3))]#?
- How do you evaluate #tan(arccos(-1/3))#?
- How do you evaluate #cos(arccos(-1))#?
- How do you evaluate #sin(arccos (1/3)) #?
- How do you evaluate # arccos ( sin 50)#?
- How do you evaluate # arccos(-1/sqrt2)#?
- How do you evaluate #Arccos (- sqrt 3 / 2)#?
- How do you evaluate #arcsin(-1/2) + arctan(1) +arccos(-1/2)#?
- How do you evaluate #arccos(-1.2)#?
- How do you evaluate # sin ( arccos (15/17))#?
- How do you evaluate #arctan(-sqrt(3)/3)#?
- How do you evaluate #cos[2 arcsin (-3/5) - arctan (5/12)]#?
- How do you solve #5 sin^2 (alpha) - 11 sin (alpha) + 2=0#?
- How do you calculate #sin A= 0.16#?
- How do you calculate #tan A= 8.4#?
- How do you calculate # cos A= 0.81#?
- How do you evaluate # sin(arctan(3/4))#?
- How do you evaluate # cos(arctan(2) +arctan(3))#?
- How do you evaluate #Sin(Arctan 3)#?
- How do you evaluate #Sin(arcsin(3/5)+(arctan2))#?
- How do you evaluate #ArcTan[4/3]#?
- How do you evaluate # sin(arctan(-3))#?
- How do you evaluate #cos(arctan sqrt 3 + arc cot sqrt3) #?
- How do you evaluate #tan(arctan(10))#?
- How do you evaluate #arcsin(sin((7pi)/3))#?
- How do you evaluate #cot(arctan (3/5))#?
- How do you evaluate #csc (arctan(-1 / sqrt3))#?
- How do you evaluate #arctan((sqrt (3)) /3)#?
- How do you evaluate #cos(2Arctan(3/4))#?
- How do you evaluate #sec(arctan 2)#?
- What is #sin^-1 -1#?
- How do you solve #sin B = 0.7245#?
- How do you simplify #cos ( 2 Sin^-1 x)#?
- How do you simplify #cos^-1 (-1/2) #?
- How do you simplify #Sin( cos^-1 (3/5))#?
- How do you simplify #sin^-1(0.5)#?
- How do you simplify #sin^-1(1/6)#?
- How do you simplify #sin^-1 (sin ((2pi)/3))#?
- How do you simplify #sin(csc^-1(15/17))#?
- How do you simplify #sin[cos^-1( - sqrt5 / 5 ) + tan^-1 ( - 1 / 3) ]#?
- How do you simplify #cos^-1 [sin (-pi/4) ]#?
- How do you simplify #sin^-1 (cos ((7pi)/6))#?
- How do you simplify #sin ( sin^ -1 (-3/5) + tan^ -1(5/12)) #?
- How do you simplify #sin(sin^-1 ( 1/4))#?
- How do you simplify #cos (sin^-1(1/2))#?
- How do you simplify #sin^-1(-sqrt(2)/2)#?
- How do you simplify #sin(sin^(-1)x + cos^(-1)x)#?
- How do you simplify #tan(sin^-1(x))#?
- How do you solve #sin^ -1x= 4/2 #?
- How do you simplify #Cos[cos^-1 (3/5) - sin^-1 (-4/5)] #?
- How do you simplify #Cos(sin^-1 u + cos^-1 v)#?
- How do you simplify # sin(tan^-1(1/2))#?
- How do you simplify #sin(2cos^-1(4/5))#?
- How do you simplify #Sin^-1(-sqrt2/2)#?
- How do you simplify #tan[cos^-1(-sqrt(3)/2)]#?
- How do you simplify # cos(sin^-1(2/x))#?
- How do you simplify #sin(cos^-1(2/3)-sin^-1(2/3))#?
- How do you simplify #sin(sin^-1(1/2)+cos^-1(3/5))#?
- How do you simplify #sin^-1(sin (1/6)(pi))#?
- How do you simplify #sin(sin^-1( 3/5) + tan^-1( 7/24))#?
- How do you simplify #sin (tan^-1 (-3))#?
- How do you simplify #sin^(-1)(- 1/2)#?
- How do you evaluate #cos ^-1 (1/2)#?
- How do you simplify #tan(cos^(-1)x)#?
- How do you simplify #Cos(Cos^-1(4/5))#?
- How do you simplify #Sin(Cos^-1 x)#?
- How do you simplify #Cos [tan^-1(-1) + cos^-1(-4/5)]#?
- How do you simplify #cos(tan^-1 (2/3))#?
- How do you simplify #sin (cos^-1 (-1/4))#?
- How do you simplify #cos(sin^-1(3/5)-cos^-1(1/2))#?
- How do you simplify #cos^-1(sqrt2/2)#?
- How do you simplify #cos(2 tan ^-1 x)#?
- How do you simplify #Cos(sin^-1 (-3/5) + cos^-1 (3/5))#?
- How do you simplify #Sin[cos^-1(5/13) - cos^-1(4/5)]#?
- How do you evaluate #cos^-1(1)#?
- How do you evaluate #cos^-1(-1)#?
- How do you evaluate #cos(sin^-1(1/2))#?
- How do you evaluate #cos^-1(cos((17 pi)/5))#?
- Find #arcsin(-sqrt3/2)#?
- What is the value of #cos^-1(cos12^o)-sin^-1(sin12^o)# ?
- How do you evaluate #cos^-1[cos(-pi/2)]#?
- How do you solve #tan(arccos((sqrt2)/2))#?
- How do you prove #Sin^-1(-1/2)= -pi/6#?
- How do you evaluate # csc^-1 (cos(4/7))#?
- How do you evaluate #csc^-1(sqrt2)#?
- How do you prove #sec(tan^-1(sqrt3/3))#?
- How do you evaluate #Sin(arcsin(3/5)+(arctan-2))#?
- How do you evaluate #arctan(2)#?
- How do you evaluate #Sin(2 arctan(sqrt 2))#?
- How do you evaluate #cos(arcsin(-1/2)+arctan(2/3))#?
- How do you evaluate #arctan(2/5)#?
- How do you evaluate #Arctan (-1)#?
- How do you evaluate #cos(2 arctan (-2))#?
- How do you evaluate #Arctan(1/2)+arctan(1/3)#?
- How do you evaluate #cos(arctan(-2) + arccos(5/13))#?
- How do you evaluate #arctan 2 + arctan 3#?
- How do you evaluate #cos(Arctan 2)#?
- Question #834e4
- How do you simplify #sin(sin^(-1)x + cos^(-1)x)#?
- How do you simplify #Sin(Cos^-1 x)#?
- How do you simplify #sin(sin^(-1)x + cos^(-1)x)#?
- How do you evaluate #csc^-1 (-7/3)#?
- How do you evaluate #tan(arccos(-9/10))#?
- How do you evaluate #sin (tan^-1(1/4) + cos^-1(-2/3))#?
- How do you evaluate #cos(2cos^-1(1/7))#?
- How do you calculate # (tan^-1 (4/3)) #?
- How do you calculate # (tan^-1 (2)) #?
- How do you calculate # (tan^-1 (1)) #?
- How do you calculate # [tan^-1(-1) + cos^-1(-4/5)]#?
- How do you calculate # [tan^-1((1/2))]#?
- How do you calculate # cos(tan^-1(3/4))#?
- How do you calculate #sin (sin^-1 (1/4) + tan^-1 (-3))#?
- How do you calculate #cos^-1 (2.3/5.4)#?
- How do you calculate #sin(tan^-1(3/4))#?
- How do you calculate #tan ^-1 (- sqrt 3)#?
- How do you calculate #tan ^-1 (-1/2)#?
- How do you calculate #arc cot(tan ((79pi)/180))#?
- How do you calculate #tan(cot^-1 (9))#?
- How do you calculate #sin(cos^-1(5/13)+tan^-1(3/4))#?
- How do you calculate #cos(tan^-1(4/3)-sin^-1(12/13))#?
- How do you evaluate # sin(tan^-1(7/9))#?
- How do you evaluate # sec(2 arcsin(-1/3))#?
- How do you evaluate #tan(4(tan^-1(1/5))#?
- How do you evaluate #2((tan^-1(1/3))-tan^-1(-1/7)#?
- How do you evaluate #tan^-1(-(sqrt3)/3)#?
- How do you evaluate #arctan(-1/sqrt3)#?
- How do you evaluate #arctan ( - (sqrt 3))#?
- How do you evaluate #arctan(1/2)+arctan(1/3)#?
- How do you evaluate #Arctan -sqrt3#?
- How do you evaluate #arctan(1/2)#?
- How do you evaluate #cot [sin^-1 (- sqrt2 / 3)]#?
- How do you evaluate #tan^-1[tan((5pi)/7)] #?
- How do you evaluate #sec(tan^-1(sqrt( 3)/(3)))#?
- How do you evaluate #sec(tan^-1 sqrt (3))#?
- How do you evaluate #tan(sec^-1 4)#?
- How do you evaluate #cot[cos^-1(sqrt5/6)]#?
- Find #sin^(-1)sqrt(3/2)#?
- How do you evaluate #tan^-1 (4/3)# on the Scientific Calculator?
- How do you evaluate #arc cot(-2)# on the Scientific Calculator?
- How do you evaluate #sin^-1 (-1/2)#?
- How do you evaluate #Tan^-1(2.8/4)#?
- How do you evaluate #Tan^-1((4pi)/5)#?
- How do you evaluate #arcsin(sin((7*pi)/3))#?
- How do you solve #arctan(0.75)#?
- How do you solve #csc[tan^-1 (-2)] #?
- How do you solve #sec x = -5#?
- How do you find the exact value of #arcsin [sin{(7pi)/6}]#?
- How do you find the exact value of #tan(arcsin(1/3))#?
- How do you find the exact value of #arcsin(1/3)#?
- How do you find the exact value of #Cos[sin^-1(1/3) - arcsin(1/2)]#?
- How do you find the exact value of #arcsin(1) - arcsin(-1)#?
- How do you find the exact value of #sec[arcsin(-sqrt3/2)] #?
- How do you find the exact value of #sin[arccos(-2/3)+arcsin(1/4)]#?
- How do you find the exact value of #arccos(-1/sqrt(2))#?
- How do you find the exact value of #arcsin(1/6)#?
- How do you find the exact value of #arcsin (-1/2)#?
- How do you find the exact value of #Sin(arcsin(1/3)-arcsin(1/4))#?
- How do you find the exact value of #arcsin(-1/2)#?
- How do you find the exact value of cos(arcsin(-1/4))#?
- How do you find the exact value of #sin(arcsin (1/6))#?
- How do you find the exact value of #cos(arcsin(1/3))#?
- How do you show #cos (arctan x) = [ 1 / ( sqrt(1 + x^2))]#?
- How do you find the domain of #f(x) = arc cot( (x−1) / ((1−x)^0.5) ) + log_(1/3) (2x + 21)#?
- What is the value of #cos^-1(cos(-pi/3))#?
- How do you solve #sin (Arccos (7/25))#?
- How do you solve #cot [Arcsin (-12/13)]#?
- How do you solve #sec (arctan 1.05)#?
- How do you simplify #cos (arcsin x)#?
- How do you simplify #tan (arcsec x)#?
- How do you simplify #sin[Tan^-1 (-2/5) + Cos^-1 (3/5)]#?
- How do you simplify #cos[Arcsin(-2/5)-Arctan3]#?
- How do you simplify #tan^-1 1#?
- How do you simplify #arc tan 0.3839#?
- How do you evaluate # arccos{cos(pi/3)}#?
- How do you simplify the expression #sin(arctan x)#?
- How do you simplify the expression #sin(2 arctan x) #?
- How do you simplify the expression #cos[arcsin(x)] * sin[arccos(x)]#?
- How do you simplify the expression #Sin(arctan(x)+arccos(x))#?
- How do you simplify the expression #sin(arctan(x/2))#?
- How do you simplify the expression #sin(arctan 2x - arccos x)#?
- How do you simplify the expression #sin(arctan(3/4))#?
- How do you simplify the expression #Sin(Arctan 3)#?
- How do you simplify the expression #sin(arctan 2x)#?
- How do you simplify the expression #tan(arcsin(x/5)) #?
- How do you simplify the expression #cos(arcsin(x/5)) #?
- How do you simplify the expression #(1/2)sin(2arcsin(x/5)) #?
- How do you simplify the expression #sin(arctan(x/5)) #?
- How do you simplify the expression #cos(arctan(x/5)) #?
- How do you simplify the expression #arccos(cos ((7pi)/6))#?
- How do you simplify the expression #arcsin(sin ((5pi)/6))#?
- How do you simplify the expression #arctan(tan(( -7pi)/6))#?
- How do you simplify the expression #sec(arccos (-3/5))#?
- How do you simplify the expression #cot(arcsin (-7/13))#?
- How do you simplify the expression #sec(arctan ((2x)/5))#?
- How do you simplify the expression #cot(arctan (1/x))#?
- How do you simplify the expression #sin(arctan(2))#?
- How do you simplify the expression #Sin(Arctan (-4/3))#?
- How do you simplify the expression #cos(arctan 2x - arcsin x)#?
- How do you simplify the expression #sin(arcsin(3/5)+arctan(-2))#?
- How do you simplify the expression #sin (arctan (1/4) + arccos (3/4) )#?
- How do you simplify the expression #arctan(1/sqrt3)#?
- How do you simplify the expression #sin(arccos(1/2))#?
- How do you find the value of the expression arccos (-0.7)?
- How do you simplify #cos[2(tan^(-1)(-4/3))]#?
- How do you simplify #sin(tan^-1(4x))#?
- How do you simplify #sin(tan^-1(7x)-sin^-1(7x))#?
- How do you simplify #sin(2sin^-1(10x))#?
- How do you find the exact value of #sin ^-1 ( sin( (5pi)/8) )#?
- How do you evaluate #cos^-1(-1/2)#?
- How do you evaluate #arc cos(cos (5/4pi))#?
- How do you evaluate #cos^-1(cos ((9pi)/8))#?
- How do you evaluate #arc cos (-.3090)#?
- How do you evaluate #Cos(Arc sin (5/13))#?
- How do you evaluate #cos[arc tan(-2/3)]#?
- How do you evaluate #cot[arccos (-4/5)] #?
- How do you evaluate #cos^-1 (0)#?
- How do you evaluate #tan(arc cos - 3/5)#?
- How do you evaluate #csc[arc cos(-4/5)]#?
- How do you evaluate #tan (Arc cos (sqrt2/2) )#?
- How do you evaluate #Arc cos (4/5)#?
- How do you simplify #Cos(arccos(2x) + arcsin(x))#?
- How do you simplify #sin^-1(x)+cos^-1(x)=pi/2#?
- How do you simplify #Cos( arcsin (x/3))#?
- How do you simplify #Cos(arcsin (2x^3))#?
- How do you simplify #sin (2 * arcsin (x))#?
- How do you simplify #Sin(arccos x)#?
- How do you simplify #cos (arcsin x - arctan 2)#?
- How do you simplify #cos(arcsinx - arctan2x)#?
- Question #97ded
- How do you solve #arccos(tan x)= pi#?
- What is the equation for the inverse of y = 1/2 Sin x?
- How do you evaluate cos (arctan 3/4)?
- What is the domain of #arcsin(Ln(x))#?
- What is the domain of #f(x,y)= arcsin(x^2+y^2-5)Ln(x+2y+1)#?
- How do you find the value of # tan [arcsec((sqrt 5)/2)]#?
- How do you find the value of #sin (arc sec(x))#?
- How do you find the value of #csc [arctan(x/sqrt2)]#?
- How do you evaluate #cos^-1 (-1/2)#?
- How do you evaluate #cos^-1 (-.6466)#?
- How do you evaluate #Tan^-1 (1)#?
- How do you evaluate #cos [Sec ^-1 (-5)]#?
- How do you evaluate #sin [2 Tan^-1 (-2)]#?
- How do you evaluate #sec [Cot^-1 (-6)]#?
- How do you evaluate #sin(tan^-1(12/5))#?
- How do you evaluate #cos^(-1) [cos((-5pi)/3)]#?
- How do you evaluate #cos^-1 (cos ((17pi)/6))#?
- How do you evaluate #cos^-1 (cos(-pi/3))#?
- How do you evaluate #sin(cos^-1(3/5))#?
- How do you simplify # tan[cos^-1(-(sqrt3/2))]#?
- How do you simplify #Cos[tan^-1(-1)]#?
- How do you find the value of #sin(tan^-1 (7/24))#?
- How do you find the value of #tan(csc^-1(2))#?
- How do you find the value of #tan(arcsin(1/2))#?
- How do you find the value of # tan(tan^-1 (1/2))#?
- How do you find the angle #alpha# such that #0<=alpha<=90# and #tanalpha=1.904#?
- How do you find the angle #alpha# such that #0<=alpha<=90# and #secalpha=1.080#?
- How do you find the angle #alpha# such that #0<=alpha<=90# and #cscalpha=1.313#?
- How do you find the angle #alpha# such that #0<=alpha<=90# and #tanalpha=5.000#?
- How do you find the angle #alpha# such that #0<=alpha<=90# and #secalpha=1.271#?
- How do you find the angle #alpha# such that #0<=alpha<=90# and #cotalpha=4.372#?
- How do you find the angle #alpha# such that the angle lies in quadrant IV and #tanalpha=-0.7265#?
- How do you find the angle #alpha# such that the angle lies in quadrant II and #cscalpha=1.244#?
- How do you find the angle #alpha# such that the angle lies in quadrant III and #secalpha=-1.108#?
- How do you find the angle #alpha# such that the angle lies in quadrant II and #cotalpha=-0.3899#?
- How do you find the angle #alpha# such that the angle lies in quadrant IV and #cscalpha=-2.572#?
- How do you find the angle #alpha# such that the angle lies in quadrant III and #tanalpha=8.000#?
- How do you evaluate #sin^-1(1/2)#?
- How do you evaluate #cos^-1(1/2)#?
- How do you evaluate #tan^-1(sqrt3/3)#?
- How do you evaluate #arctan(1)#?
- How do you evaluate #arc cos(-1/2)#?
- How do you evaluate #sin^-1(cos(pi/3))#?
- How do you evaluate #cos^-1(sin(pi/6))#?
- How do you evaluate #sin^-1(sin((7pi)/4))#?
- How do you evaluate #arc cos(sin((pi/3))#?
- How do you evaluate #sin(tan^-1(sqrt3))#?
- How do you evaluate #cos(tan^-1(-1))#?
- How do you evaluate #tan^-1(cos(pi))#?
- How do you evaluate #sin B = 0.4848#?
- How do you evaluate #sin A = 0.5150#?
- How do you evaluate #cos A = 0.7431#?
- How do you evaluate #cos W = 0.6157#?
- How do you evaluate #cos A = 0.5878#?
- How do you evaluate #tan W = 19.0811#?
- How do you evaluate #cos A = 0.4226#?
- How do you evaluate # tan W = 0.5317#?
- How do you evaluate # arc cos (-1/sqrt2)#?
- How do you evaluate # arc cos (1)#?
- How do you evaluate # tan^-1(-1/sqrt3)#?
- How do you evaluate #sin^-1(0)#?
- How do you evaluate #sin^-1(1)#?
- How do you evaluate #sin^-1(1/sqrt2)#?
- How do you evaluate #sin^-1(-1/sqrt2)#?
- How do you evaluate #sin^-1(sqrt3/2)#?
- How do you evaluate #cos^-1(1/2)#?
- How do you evaluate #cos^-1(1/sqrt2)#?
- How do you evaluate #tan^-1(0)#?
- How do you evaluate #tan^-1(1/sqrt3)#?
- How do you evaluate #sec^-1(1)#?
- How do you evaluate #sec^-1(-1)#?
- How do you evaluate #sec^-1(2)#?
- How do you evaluate #sec^-1(-2)#?
- How do you evaluate #sec^-1(sqrt2)#?
- How do you evaluate #sec^-1(-sqrt2)#?
- How do you evaluate #sec^-1(-2/sqrt3)#?
- How do you evaluate #sin(sin^-1(-1))#?
- How do you evaluate #sin(sin^-1(-1/sqrt2))#?
- How do you evaluate #cos(cos^-1(0))#?
- How do you evaluate #cos(cos^-1(-sqrt3/2))#?
- How do you evaluate #tan(tan^-1(-1))#?
- How do you evaluate #tan(tan^-1(1/sqrt3))#?
- How do you evaluate #sec(sec^-1(-1))#?
- How do you evaluate #sec(sec^-1(sqrt2))#?
- How do you evaluate #sec(sec^-1(-2/sqrt3))#?
- How do you evaluate #sin(sin^-1(3/5))#?
- How do you evaluate #sin(sin^-1(-4/7))#?
- How do you evaluate #sin(sin^-1(10/3))#?
- How do you evaluate #cos(cos^-1(-4/5))#?
- How do you evaluate #cos(cos^-1(1/7))#?
- How do you evaluate #cos(cos^-1(1.1))#?
- How do you evaluate #tan(tan^-1(2/sqrt7))#?
- How do you evaluate #tan(tan^-1(135))#?
- How do you evaluate #sec(sec^-1(5/2))#?
- How do you evaluate #sec(sec^-1(1/3))#?
- How do you evaluate #sec(sec^-1(-27))#?
- How do you evaluate #sin^-1(sin(pi/6))#?
- How do you evaluate #sin^-1(sin(-pi/6))#?
- How do you evaluate #sin^-1(sin((5pi)/6))#?
- How do you evaluate #sin^-1(sin((7pi)/6))#?
- How do you evaluate #sin^-1(sin((11pi)/6))#?
- How do you evaluate #sin^-1(sin((13pi)/6))#?
- How do you evaluate #cos^-1(cos((pi)/6))#?
- How do you evaluate #cos^-1(cos((5pi)/6))#?
- How do you evaluate #cos^-1(cos((7pi)/6))#?
- How do you evaluate #cos^-1(cos((11pi)/6))#?
- How do you evaluate #cos^-1(cos((13pi)/6))#?
- How do you evaluate #tan^-1(tan((pi)/6))#?
- How do you evaluate #tan^-1(tan(-(pi)/6))#?
- How do you evaluate #tan^-1(tan((5pi)/6))#?
- How do you evaluate #tan^-1(tan((7pi)/6))#?
- How do you evaluate #tan^-1(tan((11pi)/6))#?
- How do you evaluate #tan^-1(tan((13pi)/6))#?
- How do you evaluate #sec^-1(sec((pi)/6))#?
- How do you evaluate #sec^-1(sec(-(pi)/6))#?
- How do you evaluate #sec^-1(sec((5pi)/6))#?
- How do you evaluate #sec^-1(sec((7pi)/6))#?
- How do you evaluate #sec^-1(sec((11pi)/6))#?
- How do you evaluate #sin^-1(sin((pi)/10))#?
- How do you evaluate #sin^-1(sin(-(pi)/10))#?
- How do you evaluate #sin^-1(sin((3pi)/10))#?
- How do you evaluate #sin^-1(sin((9pi)/10))#?
- How do you evaluate #sin^-1(sin((7pi)/10))#?
- How do you evaluate #sin^-1(sin((11pi)/10))#?
- How do you evaluate #sin^-1(sin((13pi)/10))#?
- How do you evaluate #sin^-1(sin((19pi)/10))#?
- How do you evaluate #cos^-1(cos((pi)/10))#?
- How do you evaluate #cos^-1(cos(-(pi)/10))#?
- How do you evaluate #cos^-1(cos((3pi)/10))#?
- How do you evaluate #cos^-1(cos((9pi)/10))#?
- How do you evaluate #cos^-1(cos((7pi)/10))#?
- How do you evaluate #cos^-1(cos((11pi)/10))#?
- How do you evaluate #cos^-1(cos((13pi)/10))#?
- How do you evaluate #cos^-1(cos((19pi)/10))#?
- How do you evaluate #tan^-1(tan((pi)/10))#?
- How do you evaluate #tan^-1(tan(-(pi)/10))#?
- How do you evaluate #tan^-1(tan((3pi)/10))#?
- How do you evaluate #tan^-1(tan((7pi)/10))#?
- How do you evaluate #tan^-1(tan((11pi)/10))#?
- How do you evaluate #tan^-1(tan((19pi)/10))#?
- How do you evaluate #sec^-1(sec((pi)/10))#?
- How do you evaluate #sec^-1(sec(-(pi)/10))#?
- How do you evaluate #sec^-1(sec((9pi)/10))#?
- How do you evaluate #sec^-1(sec((7pi)/10))#?
- How do you evaluate #sec^-1(sec((11pi)/10))#?
- How do you evaluate #sec^-1(sec((13pi)/10))#?
- How do you evaluate #sec^-1(sec((19pi)/10))#?
- Question #8e1d5
- Question #d3cc2
- Question #0afb5
- How do you find the exact values of #cos^-1 0#?
- How do you find the exact values of #sin^-1 0#?
- How do you find the exact values of #arcsin(sqrt3/2)#?
- How do you find the exact values of #arccos(sqrt3/2)#?
- How do you find the exact values of #arctan sqrt3#?
- How do you find the exact values of #tan^-1 1#?
- How do you find the exact values of #sin^-1(sqrt2/2)#?
- How do you find the exact values of #cos^-1 (1/2)#?
- How do you find the exact values of #arccos1#?
- How do you find the exact values of #sin^-1(1/2)#?
- How do you find the exact values of #tan^-1(0)#?
- How do you evaluate #cos^-1 0.8217#?
- How do you evaluate #arcsin 0.5625#?
- How do you evaluate #arctan 133.3#?
- How do you evaluate #arccos 0.0127#?
- How do you evaluate #sin^-1 2.153#?
- How do you evaluate #tan^-1 8.529#?
- How do you find the exact value of #arccos (-sqrt3/2)#?
- How do you find the exact value of #arcsin(-sqrt3)#?
- How do you find the exact value of #sin^-1 (-1/2)#?
- How do you find the exact value of #tan^-1 (-1/sqrt3)#?
- How do you find the exact value of #tan(tan^-1 25)#?
- How do you find the exact value of #sin(cos^-1(sqrt3/2))#?
- How do you find the exact value of #tan(cos^-1 (1/2))#?
- How do you evaluate #cot (cos^-1(-0.7003))#?
- How do you evaluate #sec(sin^-1(-0.0399))#?
- How do you evaluate #sqrt2+tan^-1(root3(5))#?
- How do you find the exact value of #sin^-1(-sqrt2/2)#?
- How do you find the exact value of #cos^-1 (-1/2)#?
- How do you find the exact value of #cos^-1(-1)#?
- How do you find the exact value of #sin^-1(-1)#?
- How do you calculate #cos^-1(0.7253)#?
- How do you calculate #tan^-1 (12.4304)#?
- How do you calculate #arcsin(-0.3662)#?
- How do you calculate #arccos(-0.9206)#?
- How do you calculate #sin^-1(sin2)#?
- How do you calculate #cos^-1(cos(-0.5))#?
- How do you graph #y=sin^-1x# over the interval #-1<=x<=1#?
- How do you graph #y=cos^-1x# over the interval #-1<=x<=1#?
- How do you graph #y=sin^-1(x/2)# over the interval #-2<=x<=2#?
- How do you graph #y=sin^-1(x-2)# over the interval #1<=x<=3#?
- How do you graph #y=tan^-1(2x-4)# over the interval #-2<=x<=6#?
- How do you find the solutions to #sin^-1x=cos^-1x#?
- How do you find the solutions to #sin^-1x=tan^-1x#?
- How do you find the solutions to #sin^-1(sqrt3x)=cos^-1x#?
- How do you find the solutions to #sin^-1x=sin^-1(1/x)#?
- How do you simplify #cos(sin^-1x)#?
- How do you simplify #sin(cos^-1x)#?
- How do you simplify #tan(arcsinx)#?
- How do you find #f^-1x# and how must x be restricted in #f^-1x# given #f(x)=4+2cos(x-3)# and #3<=x<=3+pi#?
- How do you find the exact value of #sin^-1(1/2)#?
- How do you find the exact value of #cos^-1(1/2)#?
- How do you find the exact value of #tan^-1 (sqrt3/3)#?
- How do you find the exact value of #arcsin(sqrt2/2)#?
- How do you find the exact value of #arctan 1#?
- How do you find the exact value of #arccos (-1/2)#?
- How do you find the exact value of #cos^-1 (-sqrt3/2)#?
- How do you find the exact value of #tan^-1 (-1)#?
- How do you find the exact value of #sin^-1 0#?
- How do you find the exact value of #cos^-1 0#?
- How do you find the exact value of #tan^-1 (-sqrt3)#?
- How do you find the exact value of #arcsin1#?
- How do you find the exact value of #tan^-1 0#?
- How do you find the exact value of #arcsin(-1)#?
- How do you find the exact value of #cos(sin^-1 (1/2))#?
- How do you find the exact value of #sin(cos^-1 (sqrt2/2))#?
- How do you find the exact value of #sin^-1(cos(pi/3))#?
- How do you find the exact value of #cos^-1(sin(pi/6))#?
- How do you find the exact value of #sin^-1(sin((7pi)/4))#?
- How do you find the exact value of #arccos(sin(pi/3))#?
- How do you find the exact value of #cos(tan^-1(-1))#?
- How do you find the exact value of #tan^-1(cos(pi))#?
- How do you simplify #tan(arccos(x/3))#?
- How do you simplify #sin(arccos(x))#?
- How do you evaluate using a calculator of #sin^-1(0.8621)#?
- How do you evaluate using a calculator of #tan^-1(0.5893)#?
- How do you evaluate using a calculator of #cos^-1(-0.3218)#?
- How do you evaluate using a calculator of #arcsin(-0.6821)#?
- How do you evaluate using a calculator of #arctan(-1.6283)#?
- How do you evaluate using a calculator of #arccos(0.2814)#?
- How do you evaluate using a calculator of #arcsin(0.2618)#?
- How do you evaluate using a calculator of #cos^-1(-0.8090)#?
- How do you evaluate using a calculator of #tan^-1(-1.7321)#?
- How do you simplify #arcsin(sin(pi/8))#?
- How do you simplify #arccos(sin(pi/8))#?
- How do you simplify #cos(arcsin(1/3))#?
- How do you find the exact value of #tan^-1sqrt3#?
- How do you find the exact value of #cos^-1 (sqrt2/2)#?
- How do you find the exact value of #cos^-1(-1/2)#?
- How do you calculate #tan^-1 3.9#?
- How do you calculate #cos^-1 (-0.94)#?
- How do you calculate #cos^-1 (0.34)#?
- How do you calculate #sin^-1 (-0.4)#?
- How do you solve #sintheta=0.35# for #180<theta<270#?
- How do you solve #costheta=0.43# for #180<theta<270#?
- How do you solve #sintheta=0.8# for #90<theta<180#?
- How do you find the exact value of #sin^-1 (sqrt2/2)#?
- How do you find the exact value of #cos^-1(1/2)#?
- How do you find the exact value of #tan^-1 1#?
- How do you find the exact value of #cos^-1 (-1)#?
- How do you find the exact value of #sin^-1 (-1)#?
- How do you find the exact value of #tan^-1 (-sqrt3/3)#?
- How do you use a calculator to evaluate #tan^-1 3.9# in both radians and degree?
- How do you use a calculator to evaluate #cos^-1 0.24# in both radians and degree?
- How do you use a calculator to evaluate #cos^-1 0.34# in both radians and degree?
- How do you use a calculator to evaluate #sin^-1 0.75# in both radians and degree?
- How do you use a calculator to evaluate #sin^-1 (-0.4)# in both radians and degree?
- How do you use a calculator to evaluate #cos^-1 (-0.6)# in both radians and degree?
- How do you use a calculator to evaluate #tan^-1 (-0.2)# in both radians and degree?
- How do you use a calculator to evaluate #tan^-1 (2.25)# in both radians and degree?
- How do you use a calculator to evaluate #cos^-1 (-0.8)# in both radians and degree?
- How do you use a calculator to evaluate #sin^-1 (0.99)# in both radians and degree?
- How do you use a calculator to evaluate #tan^-1 (12)# in both radians and degree?
- How do you use a calculator to evaluate #cos^-1 (0.55)# in both radians and degree?
- How do you use the point (7,-2) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you use the point (-1,5) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you use the point (6,-11) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you use the point (3,6) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you use the point (-12,3) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you use the point (9,-5) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you use the point (-7,-8) on the terminal side of the angle to evaluate the six trigonometric functions?
- How do you evaluate #cos((-4pi)/3)#?
- Question #bf76e
- How do you evaluate #sin^-1(1/2)# without a calculator?
- How do you evaluate #cos^-1(1/2)# without a calculator?
- How do you evaluate #tan^-1(sqrt3/3)# without a calculator?
- How do you evaluate #arccos(sqrt3/2)# without a calculator?
- How do you evaluate #arcsin(sqrt2/2)# without a calculator?
- How do you evaluate #arctan(1)# without a calculator?
- How do you evaluate #arcsin^-1(-1/2)# without a calculator?
- How do you evaluate #arccos(-1/2)# without a calculator?
- How do you evaluate #arctan(-sqrt3/3)# without a calculator?
- How do you evaluate #cos^-1(-sqrt3/2)# without a calculator?
- How do you evaluate #sin^-1(-sqrt2/2)# without a calculator?
- How do you evaluate #tan^-1(-1)# without a calculator?
- How do you evaluate #sin^-1 0# without a calculator?
- How do you evaluate #cos^-1 0# without a calculator?
- How do you evaluate #tan^-1 (-sqrt3)# without a calculator?
- How do you evaluate #arcsin(1)# without a calculator?
- How do you evaluate #arccos(1)# without a calculator?
- How do you evaluate #tan^-1(0)# without a calculator?
- How do you evaluate #arcsin(-1)# without a calculator?
- How do you evaluate #arccos(-1)# without a calculator?
- How do you evaluate #cos^-1(sqrt3/2)# without a calculator?
- How do you evaluate #csc^-1(2)# without a calculator?
- How do you evaluate #cot^-1(1)# without a calculator?
- How do you evaluate #sin^-1(-1/2)# without a calculator?
- How do you evaluate #sin^-1(1/sqrt2)# without a calculator?
- How do you evaluate #sin^-1(-1/sqrt2)# without a calculator?
- How do you evaluate #sin^-1(sqrt3/2)# without a calculator?
- How do you evaluate #sin^-1(-sqrt3/2)# without a calculator?
- How do you evaluate #cot^-1(1/sqrt3)# without a calculator?
- How do you evaluate #tan^-1(-1/sqrt3)# without a calculator?
- How do you evaluate #sec^-1(1)# without a calculator?
- How do you evaluate #csc^-1(-1)# without a calculator?
- How do you evaluate #sec^-1(2)# without a calculator?
- How do you evaluate #sec^-1(-2)# without a calculator?
- How do you evaluate #csc^-1(2/sqrt3)# without a calculator?
- How do you evaluate #sec^-1(2/sqrt3)# without a calculator?
- How do you evaluate #sin^-1(sin(pi/6))# without a calculator?
- How do you evaluate #tan^-1(tan(pi))# without a calculator?
- How do you evaluate #cos^-1(cos(pi/6))# without a calculator?
- How do you evaluate #cos^-1(cos(-1/2))# without a calculator?
- How do you evaluate #sec(sec^-1((2sqrt3)/3))# without a calculator?
- How do you evaluate #sin(cos^-1(1/2))# without a calculator?
- How do you evaluate #sec(cos^-1(1/2))# without a calculator?
- How do you evaluate #sec(tan^-1(sqrt3))# without a calculator?
- How do you evaluate #tan(csc^-1(-2))# without a calculator?
- How do you evaluate #sin^-1(cos((3pi)/4))# without a calculator?
- How do you evaluate #tan^-1(sin(pi/2))# without a calculator?
- How do you evaluate #cos(sin^-1((sqrt3/2))# without a calculator?
- How do you evaluate #sin(tan^-1(-1))# without a calculator?
- How do you evaluate #tan(cos^-1((-1/sqrt2)))# without a calculator?
- How do you evaluate #cos(tan^-1(1/2))# without a calculator?
- How do you evaluate #cos(sin^-1(-1/4))# without a calculator?
- How do you evaluate #tan(cos^-1(-2/3))# without a calculator?
- How do you evaluate #sin(cos^-1(2/3))# without a calculator?
- How do you evaluate #tan(cos^-1((2sqrt5)/5))# without a calculator?
- How do you evaluate #sec(tan^-1(8))# without a calculator?
- How do you evaluate #tan(csc^-1(sqrt7/2))# without a calculator?
- How do you evaluate #cos(csc^-1((2sqrt2)/5))# without a calculator?
- How do you evaluate #sec(cot^-1(-2))# without a calculator?
- How do you evaluate #csc^-1(-sqrt2)# without a calculator?
- How do you evaluate #csc(arctan(-1))# without a calculator?
- How do you evaluate #sec(cos^-1(1/3))# without a calculator?
- How do you evaluate #cos(tan^-1(3/7))# without a calculator?
- How do you evaluate #tan(sin^-1(-5/11))# without a calculator?
- How do you evaluate #cos^-1(sin((5pi)/6))# without a calculator?
- How do you evaluate #arc cot(cot(-pi/4))# without a calculator?
- How do you evaluate #arcsin(sin3pi)# without a calculator?
- How do you evaluate #cos(cos^-1(1/2))# without a calculator?
- How do you evaluate #sin^-1(sin((4pi)/3))# without a calculator?
- How do you evaluate #cos^-1(sin(-pi/6))# without a calculator?
- How do you evaluate #sin(arctan(3/4))# without a calculator?
- How do you evaluate #tan(arccos(-3/4))# without a calculator?
- How do you evaluate #cot(arcsin(x-1))# without a calculator?
- How do you evaluate #csc(arctan(x/sqrt2))# without a calculator?
- Simplify the following? csc(arctan(sec(arccos(-3/5))))
- How do you find the exact value of #cos^-1(1/2)#?
- How do you find the exact value of #tan^-1(1)#?
- How do you find the exact value of #sec^-1(sqrt2)#?
- How do you find the exact value of #cos^-1(sqrt3/2)#?
- How do you find the exact value of #cot^-1(-sqrt3/2)#?
- How do you find the exact value of #csc^-1 2#?
- How do you find the exact value of #cot^-1(-sqrt3)#?
- How do you find the exact value of #tan^-1(-1)#?
- How do you find the exact value of #csc^-1(-1)#?
- How do you find the exact value of #sec^-1(2)#?
- How do you find the exact value of #sin(sin^-1(0.3))#?
- How do you find the exact value of #tan(tan^-1(-4.2))#?
- How do you find the exact value of #cos^-1(cos(-pi/4))#?
- How do you find the exact value of #sin^-1(sin((2pi)/3))#?
- How do you find the exact value of #sin^-1(sin(pi/5))#?
- How do you find the exact value of #cot^-1(cot((2pi)/3))#?
- How do you find the exact value of #cos^-1(cos(pi/7))#?
- How do you find the exact value of #sin(tan^-1(sqrt3/3))#?
- How do you find the exact value of #tan(cos^-1(sqrt2/2))#?
- How do you find the exact value of #cos^-1(sinpi)#?
- How do you find the exact value of #sin^-1(cos(pi/6))#?
- How do you find the exact value of #sin^-1(tan(-pi/4))#?
- How do you find the exact value of #tan(sin^-1(0.1))#?
- How do you find the exact value of #cos(tan^-1(sqrt3/4))#?
- How do you find the exact value of #sin^-1(sin((7pi)/6))#?
- How do you find the exact value of #tan^-1(tan(-(3pi)/4))#?
- How do you find #sin(tan^-1(a/3))#?
- How do you find #tan(cos^-1(3/x))#?
- How do you find #cot(sin^-1(p/q))#?
- How do you find #sin(cos^-1x)#?
- How do you find #tan(sin^-1(p/sqrt(p^2+9)))#?
- How do you find #tan(1/2sin^-1(1/2))#?
- How do you find #cos(1/2sin^-1(sqrt3/2))#?
- How do you find #cos(sin^-1(sqrt2/2)+cos^-1(3/5))#?
- How do you find #sin(sin^-1(1/2)+cos^-1(3/5))#?
- How do you find #sin(sin^-1x+cos^-1y)#?
- How do you find #cos(sin^-1x-cos^-1y)#?
- How do you evaluate #cos(cos^-1(1/2))#?
- How do you evaluate #tan^-1(tan(sqrt3/3))#?
- How do you evaluate #sin^-1(sin(pi/7))#?
- How do you evaluate #cos(sin^-1(sqrt2/2))#?
- How do you simplify #cos(tan^-1(b/3))#?
- How do you simplify #cos(2sin^-1(4/5))#?
- Using Chebyshev nth degree polynomial #T_n (x) = cos ( n ( arc cos ( x ) ) ), |x | < = 1,# how do you prove that #cos ( 10 ( arc cos ( 0.25) ) ) = 0.816894531#, nearly?
- Question #7257f
- Evaluate #tan^(-1) tan((7pi)/8)# ?
- If #tanx=(sqrt (3)+1)/(sqrt (3)-1)#. What is x?
- How do you find arcsin x = arccos (x/2)?
- Question #af25e
- Question #184d3
- Question #140b0
- Question #1629c
- My calculator displays #sin^(-1)sin 45^o=45^o, sin^(-1)sin 135^o=45^o and sin^(-1)sin 405^o=45^o#.How do you convert this answer from the calculator to the specific starter value? for similar other trigonometric forms?
- Question #5cd83
- How do you find the #Arccos (sqrt3/2)#?
- Question #f628c
- Question #9c959
- How do you find #cos^-1(-sqrt2/2)#?
- Question #a8ece
- How do you find the value of #y=arctansqrt3#?
- How do you find the value of #arcsin(-sqrt3/2)#?
- How do you find the value of #arccos(-sqrt2/2)#?
- How do you find the value of #sin(arccos1)#?
- How do you find the value of #cos(arcsin1)#?
- How do you find the value of #tan(arctan1)#?
- What is #arcsin(sin(1/4))# ?
- What is #arctan(cospi)# ?
- How do you prove that the limit #n to oo sum e^(-n/10) cos(n/10)#, for n from 0 to n, is 10.5053, nearly.?
- If #tan^2theta = 1 - a^2#, then #sectheta + tan^3thetacsctheta = (2 - a^2)^n#. What is the value of #n#?
- Give #Z# complex, what is #Z^(1/n)# ?
- Question #54a65
- Question #e1f68
- How do you simplify the following expression to a single trigonometric function? #sinx/(1-cosx) -cscx#
- How do you find the exact value of #sec(tan^-1(-3/5))#?
- Which is equivalent to #sin^-1(0.75)# and how do you round your answer to the nearest hundredth of a radian?
- How do you evaluate #arcsin(1/2)# without a calculator?
- How do you evaluate #arcsin(0)# without a calculator?
- How do you evaluate #arccos(1/2)# without a calculator?
- How do you evaluate #arccos(0)# without a calculator?
- How do you evaluate #arctan(sqrt3/3)# without a calculator?
- How do you evaluate #arctan(-1)# without a calculator?
- How do you evaluate #arctan(-sqrt3)# without a calculator?
- How do you evaluate #arctan(sqrt3)# without a calculator?
- How do you use a calculator to approximate #arccos0.28#?
- How do you use a calculator to approximate #arcsin 0.45#?
- How do you use a calculator to approximate #arcsin(-0.75)#?
- How do you use a calculator to approximate #arccos(-0.7)#?
- How do you use a calculator to approximate #arctan15#?
- How do you use a calculator to approximate #cos^-1(0.26)#?
- How do you use a calculator to approximate #arccos(-0.41)#?
- How do you use a calculator to approximate #arcsin(-0.125)#?
- How do you use a calculator to approximate #arctan 0.92#?
- How do you use a calculator to approximate #arctan 2.8#?
- How do you use a calculator to approximate #arcsin(3/4)#?
- How do you use a calculator to approximate #tan^-1(7/2)#?
- How do you use a calculator to approximate #tan^-1(-95/7)#?
- How do you evaluate #sin(arcsin 0.3)#?
- How do you evaluate #tan(arctan25)#?
- How do you evaluate #cos(arccos(-0.1))#?
- How do you find the exact value of #sec(arcsin(4/5))#?
- How do you find the exact value of #cos(tan^-1 2)#?
- How do you find the exact value of #sin(cos^-1(sqrt5/5))#?
- How do you find the exact value of #cos(arcsin(5/13))#?
- How do you find the exact value of #sec(arctan(-3/5))#?
- How do you find the exact value of #tan(arcsin(-3/4))#?
- How do you find the exact value of #sin(arccos(-2/3))#?
- How do you write an algebraic expression that is equivalent to #cot(arctanx)#?
- How do you write an algebraic expression that is equivalent to #cos(arcsin2x)#?
- How do you write an algebraic expression that is equivalent to #sec(arctan3x)#?
- How do you write an algebraic expression that is equivalent to #sin(arccosx)#?
- How do you write an algebraic expression that is equivalent to #sec(arcsin(x-1))#?
- How do you write an algebraic expression that is equivalent to #tan(arccos(x/3))#?
- How do you write an algebraic expression that is equivalent to #cot(arctan(1/x))#?
- How do you write an algebraic expression that is equivalent to #csc(arctan(x/sqrt2))#?
- How do you write an algebraic expression that is equivalent to #cos(arcsin((x-h)/r))#?
- How do you find the exact value of #sin(arcsin0.72)#?
- How do you find the exact value of #cos(arccos(0.25))#?
- How do you find the exact value of #arctan(tanpi)#?
- How do you find the exact value of #arccos(cos(-5pi))#?
- How do you find the exact value of #cos(arctan(3/4))#?
- How do you find the exact value of #tan(arccos(3/5))#?
- How do you find the exact value of #sec(arctan(12/5))#?
- How do you find the exact value of #cot(arcsin(-12/13))#?
- How do you write the trigonometric expression #sin(arctan2x-arccosx)# an an algebraic expression?
- How do you write the trigonometric expression #cos(arccosx+arcsinx)# as an algebraic expression?
- How do you write the equation for the inverse of the function #y=cos 2x#?
- How do you evaluate #cos(tan^-1(sqrt3/3 + sin^-1 (1/2)))#?
- Find the value of #sin(cos^(-1)(x/2))#?
- If #x=tan^(-1)t#, then is#1/x=1/tant#?
- Question #762b0
- Question #5a090
- Question #59cfa
- Solve #cos(sin^-1(x))= 1/9# for #x#?
- Find te value of #csc^(-1)(-2)#?
- Question #76702
- Question #9adca
- Question #8f04e
- Question #abfa6
- Question #09b84
- Question #5789c
- Question #b9a38
- Question #17fc7
- Question #312fa
- Question #5b0ed
- Question #521d5
- Question #5c6af
- Question #c4d83
- Question #24663
- If #T=50+50cos((pit)/6)#, express #t# as a function of #T#?
- Question #c5fcd
- How to find range of the function? f(x)=arcsin(x)/1+x^2
- Question #4fd03
- Find the value of #arcsin(sin((2pi)/3))#?
- Question #cdf3f
- #y=cot^-1(-sqrt3)# Find the exact value of y?
- If #sec theta =2# and the angle #theta# is acute,what is equivalent of #theta#?
- Question #73ed2
- Find the exact value of #sin^-1 (-1/2)-tan^-1(3/4)#?