Answers created by Dahlia S.

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• Two particles A and B of equal mass M are moving with the same speed v as shown in the figure. They collide completely inelastically and move as a single particle C. The angle θ that the path of C makes with the X-axis is given by :?
  
• Circle A has a center at #(12 ,9 )# and an area of #25 pi#. Circle B has a center at #(3 ,1 )# and an area of #64 pi#. Do the circles overlap?
  
• Does 2 D objects exist in the world or not?
  
• How much work does it take to lift a #35 kg # weight #1/2 m #?
  
• Two speakers on a horizontal axis both emit #440# Hz sound waves. The two speakers are #pi# radians out of phase. If there is to be a maximum constructive interference what is the minimum separation distance between the two speakers?
  
• How do you find the domain and the range of the relation, and state whether or not the relation is a function (0,1), (3,2), (5,3), (3,4)?
  
• A technician can assemble an instrument in 7.8 h. After working for 3 h, she is joined by another technician who can do the job himself in 7 hours. How many additional hours are required to finish the job?
  
• How do you simplify #3/root(3) (24)# ?
  
• When solving an inequality does the variable only have one definite solution?
  
• The parent is f(x) = log x how do you find the points for g(x) = 1- log x?
  
• Find all real zeros of the polynomial function. f(x) = 6x^3 − 24x^2 + 12x ?
  
• How do you evaluate #(6+ 8i ) ( 1- 3i )#?
  
• Elimination. help, please?
  
• Question #b7272
  
• How do I convert the following expression into a rational function p(x)/q(x), where p(x) and q(x) are polynomials?
  
• Question #f965a
  
• Which is bigger? #6/9 or 4/6#
  
• What is the area of a parallelogram that has a base of 6 inches and a height of 3 inches?
  
• Calculate the #\DeltaG°_(rxn)# using the following information?
  
• The sum of the squares of two consecutive positive integers is 25. What are the integers?
  
• Question #538e8
  
• How do you solve #root3(x^2)= 9#?
  
• How do you balance and translate this reaction: #Fe(s) + O_2(g) -> Fe_2O_3(s)#?
  
• Question #fe072
  
• Question #4d464