Answer:
Yes, they have the same solution.
Step-by-step explanation:
The steps in solving a two-step equation are to simplify by using
- The inverse of addition or subtraction and then
- The inverse of multiplication or division
Equation 1

(a) Inverse of addition

(b) Inverse of multiplication

Equation 2
8x = 87
(a) Inverse of multiplication

The two equations have the same solution.
For the first equation, I used the inverse of addition and then the inverse of multiplication to get the value of x.
The second equation needed only the inverse of multiplication.
Both solutions were the same.
The answer in pounds is 1.875
The answer in ounces is 30<span />
Answer:
yes
Step-by-step explanation:
These fractions are equivalent because they can be divided by the same number... i think