A. 8^9/2= around 11585.2375; (sqrt8)^9= around 11585.2375. So choice A shows a pair of equivalent expressions.
B. (3sqrt125)^9=1,953,125; 125^9/3=1,953,125. So choice B also shows a pair of equivalent expressions.
C. 12^2/7= around 2.03394; (sqrt12)^7= around 5,985.96759. So choice C does not show a pair of equivalent expressions.
D. 4^1/5=around 1.31951; (sqrt4)^5=32. So choice D also doesn't show a pair of equivalent expressions.
Your answers are A and B.
I hope this helps ;)
The solution is to find, how many (1/8) are in (3/4).
x * 1/8 = 3/4
x = (3/4) * 8
x = 6
there are 6 (1/8) in (3/4)
The slope is 4/5 and the y intercept is 1. To graph the equation start at 1 because that is where the graph crosses the y axis and go up 4 and over to the right 5 since the slope is positive.
Okay so I’m assuming you’re solving for x?
Also what is the second half of the equation is it a multiplication or is it an x ?
Answer:
See explanation.
Step-by-step explanation:

The added 2 to the end of the equation suggests a shift 2 units upward.
<em>SEE IMAGE #1</em>

A 2 added directly to the x variable which is cubed alongside the x suggests a shift 2 units to the left.
<em>SEE IMAGE #2</em>
The first image shows your first translated function, the second image shows your second translated function. Your parent function [f(x)] is in red, your child functions are in blue.
Transformations within the parantheses are opposite than you may think:
Adding a number within parantheses suggests a shift to the left (more negative), while subtracting a number within parantheses suggests a shift to the right (more positive).