Answers edited by Wataru
- Back to user's profile
-
Next
-
Question #cb9af
-
What is the vertex of #f(x)=7-x^2#?
-
What is the equation of a sphere in cylindrical coordinates?
-
Question #6027a
-
What is the square root of #2i#?
-
What is the radius of convergence for a power series?
-
How do you solve rational inequalities?
-
How do you use a power series to find the exact value of the sum of the series #pi-pi^2/2+pi^4/(4!) -pi^6/(6!) + …# ?
-
How do you find the absolute extreme values of a function on an interval?
-
Question #c73aa
-
What are absolute values?
-
What is the limit as x approaches 0 of #cotx/lnx#?
-
How do you differentiate #f(x)= ( x + 1 )/ ( secx )# using the quotient rule?
-
What kind of functions have horizontal asymptotes?
-
Question #3b716
-
How do I use a power series to calculate a limit?
-
How do you write #y=9x^2+3x-10# in vertex form?
-
How do I graph #9x^2+16y^2-36x+32y=92# algebraically?
-
What is a rose curve?
-
What was the pre-sale price of a TV that is 35% off and has a new price of $195?
-
Can an absolute value equation ever have and infinite amount of solutions?
-
How do you solve #8|x+6|=-48#?
-
How do you identify the vertical and horizontal asymptotes for rational functions?
-
What are some identity rules for logarithms?
-
When is a one sided limit undefined?
-
How do you find the slope of the polar curve #r=3+8sin(theta)# at #theta=pi/6# ?
-
Question #7e44e
-
How do you use a Taylor series to prove Euler's formula?
-
How do you find the inflection points for the function #f(x)=x^3+x#?
-
What is a Taylor series?
-
What is the geometric interpretation of multiplying two complex numbers?
-
What is the associative property of addition?
-
How do you find the radian measure of an angle?
-
Question #627f1
-
What are the symmetry properties of finding areas using integrals?
-
How do I find the integral
#int(5x^2+3x-2)/(x^3+2x^2)dx# ?
-
What is the limit as x approaches infinity of #(x^2-4)/(2+x-4x^2)#?
-
How do you draw a box-and-whisker plot for the following unordered data. 49, 57, 53, 54, 49, 67, 51, 57, 56, 59, 57, 50, 49, 52, 53, 50, 58?
-
Find the points of inflection of the curve #y=(1+x)/(1+x^2)#?
-
Question #310fa
-
How does an exponential function differ from a power function?
-
Question #c3696
-
How do you find the distance between (2.3, 4.5) and (–3.4, –5.2)?
-
How do you solve and graph #\frac{x}{5} > - \frac{3}{10}#?
-
How do you find domain and range of a rational function?
-
What is the limit as x approaches infinity of #((2x-3)/(2x+5))^(2x+1)#?
-
Question #d266f
-
Question #d3166
-
How do you sketch a graph of #h(x)=5+frac{1}{2} \sec 4x# over the interval #[0,2pi]#?
-
What if L'hospital's rule doesn't work?
-
How do you solve the differential equation #(dy)/dx=e^(y-x)sec(y)(1+x^2)#, where #y(0)=0# ?
-
Question #102a4
-
How do you write #16x^2 – 48x + 36# as a perfect square trinomial?
-
Question #2dca7
-
How do you use a Power Series to estimate the integral #int_0^0.01e^(x^2)dx# ?
-
Question #35a2f
-
How do I use a sign chart to solve #4x^2<=28x#?
-
How do you solve the following?
6√1/6 - √2/3
the answer at the back of the book says 6√2, but I'm not sure how to get there.
-
Question #ba70b
-
How do you use the Midpoint Rule with #n=5# to approximate the integral #int_1^(2)1/xdx# ?
-
How do you use a Power Series to estimate the integral #int_0^0.01cos(x^2)dx# ?
-
How does logistic growth occur?
-
How do you find the n-th partial sum of a geometric series?
-
How do you find the length of the polar curve #r=cos^3(theta/3)#?
-
How do you find the inflection points for #f(x)=x^4# ?
-
What is Gauss-Jordan elimination?
-
How do slope fields work?
-
How does an infinite geometric series apply to being pushed on a swing?
-
Question #88d66
-
How many bird species will there be left in the year 2020 if in 1990, a rural area had 1200 bird species and are becoming extinct at the rate of 1.5% per decade (10 years)?
-
When measuring angles, do you move clockwise or counterclockwise?
-
Question #bb479
-
What is the equation of the line that is normal to #f(x)= x/e^(2x-2) # at # x= 1 #?
-
Question #5d6db
-
How do you find the area of the region bounded by the polar curves #r^2=cos(2theta)# and #r^2=sin(2theta)# ?
-
Next