for each value of v, determine whether it is a solution to v+25=32.
| v | is it a solution? |
|----|----|----|
| 57 | ∘ (yes) | ∘ (no) |
| 5 | ∘ (yes) | ∘ (no) |
| 12 | ∘ (yes) | ∘ (no) |
| 7 | ∘ (yes) | ∘ (no) |

Question

Accepted Answer

# Explanation:
To determine if a value of $ v $ is a solution to $ v + 25 = 32 $, we substitute each value of $ v $ into the equation and check if the equation holds true.

## Step 1: For $ v = 57 $
Substitute $ v = 57 $ into the equation:
$ 57 + 25 = 82 $
Since $ 82
eq 32 $, $ v = 57 $ is not a solution.

## Step 2: For $ v = 5 $
Substitute $ v = 5 $ into the equation:
$ 5 + 25 = 30 $
Since $ 30
eq 32 $, $ v = 5 $ is not a solution.

## Step 3: For $ v = 12 $
Substitute $ v = 12 $ into the equation:
$ 12 + 25 = 37 $
Since $ 37
eq 32 $, $ v = 12 $ is not a solution.

## Step 4: For $ v = 7 $
Substitute $ v = 7 $ into the equation:
$ 7 + 25 = 32 $
Since $ 32 = 32 $, $ v = 7 $ is a solution.

# Answer:
- For $ v = 57 $: No
- For $ v = 5 $: No
- For $ v = 12 $: No
- For $ v = 7 $: Yes

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QUESTION IMAGE

Question

Explanation:

Step 1: For \( v = 57 \)

Step 2: For \( v = 5 \)

Step 3: For \( v = 12 \)

Step 4: For \( v = 7 \)

Answer: