Ok so it's a proportion so this fraction is to this fraction. the smaller rectangle has sides 4 and 12. the larger one has 8 and x. so u set it up 4/12=8/x. the 4 and 8 r both the short sides so u want those on top and 12 and x r long sides so those on bottom. since that is not an answer option u can set it up as 8/4=x/12 because u still keep the variables of the same rectangle from being multipled with each other. so answer #2 is correct
Let's take this variable by variable. z to the power of 4 over z to the power of one would equal z to the power of 3. At this point, there is no longer a z variable in the denominator.
X to the power of 2 over x to the power of 1 would equal x. At this point there is also no x variable in the denominator.
Y to the power of 1 over y to the power of 2 would equal (1/y). At this point, there is no y in the NUMERATOR.
Final Answer:
Answer:
5/4
Step-by-step explanation:
The slope intercept form for a linear equation is y = mx + b. The variable's (x) coefficient, which is represented as m, is the slope of any linear equation.
You have to divide and wants you divided add the 4 numbers that will give you your answers
Answer:
a)
is greatest fraction.
b)
is greatest fraction.
c)
is greatest fraction.
d)
is greatest fraction.
Solution:
To compare two fraction we need to make denominator of both the fraction same.
a)Given fraction are
and 

So
is equivalent to 
So 
Hence
that is
is greater than 
b)Given fraction are
and 

Similarly we get 
So 

That is 
Hence
is greater than 
c) Given fraction are
and 

So 
That is 
Hence
is greater than 
d)Given fraction are
,
and 


Similarly we get

So 
That is 
Hence
is greatest fraction.