SOLUTION: For all real numbers a and b, where b does not equal 0, a*b= a squared over b squared , find (3*4)(5*3)

Algebra.Com
Question 33322This question is from textbook Geometry
: For all real numbers a and b, where b does not equal 0, a*b= a squared over b squared , find (3*4)(5*3) This question is from textbook Geometry

Answer by stanbon(75887)   (Show Source): You can put this solution on YOUR website!
Since a*b is defined as a^2 /b^2,
3*4= 9/16, and
5*3=25/9
So, (3*4)(5*3)= (9/16)(25/9)
= 25/16
Cheers,
stan H.

RELATED QUESTIONS

if a squared + b squared=11 and ab=3 find the value of... (answered by psbhowmick)
Show (a+b)*squared* is not equal to a*squared* + b*squared*... (answered by Alan3354)
can you find any numbers a and b such that a+b squared = a squared + b... (answered by Edwin McCravy)
x squared-8x-29=(this equal sign has 3 lines)(x+a)squared+b, where a and b are constants. (answered by solver91311)
a squared - b squared over a squared times a over... (answered by ilana)
b squared + x squared = a... (answered by Alan3354)
Suppose a and b are positive real numbers for which {{{ log( a, b)=log( b, a) }}}. If... (answered by tommyt3rd)
Let symbol ~ be defined so that a~b equals the smaller of a-b and b-a. For all real... (answered by jim_thompson5910)
Let symbol ~ be defined so that a~b equals the smaller of a-b and b-a. For all real... (answered by jim_thompson5910)