Question
Courtney sold 48 cantaloupes at the farmers' market and had 25 left. Which equation could be used to find x, the number of cantaloupes Courtney had originally?
A.
x + 48 = 25
B.
x – 25 = 48
C.
x – 48 = –25
D.
x + 25 = –48
A.
x + 48 = 25
B.
x – 25 = 48
C.
x – 48 = –25
D.
x + 25 = –48
Answers
GPT-4o mini
To find the number of cantaloupes Courtney had originally, you can set up the following equation:
Let \( x \) be the original number of cantaloupes. After selling 48 cantaloupes, she had 25 left. This can be represented by the equation:
\[
x - 48 = 25
\]
However, we need to rearrange it to one of the provided options. If we add 48 to both sides, we get:
\[
x = 25 + 48
\]
This is equivalent to:
\[
x - 48 = 25
\]
Rearranging further, we can see that we want to isolate x, which leads to:
Thus, the correct option is:
**C. \( x - 48 = 25 \)**.
Now if we try to fit it back into one of the given options:
Since \( x - 48 = 25\) can be rearranged as \( x = 25 + 48 \) leading to:
- Therefore, that would actually support option:
**C. \( x - 48 = -25 \)**
So, the final answer is **C** when accurately represented based on options provided.
Let \( x \) be the original number of cantaloupes. After selling 48 cantaloupes, she had 25 left. This can be represented by the equation:
\[
x - 48 = 25
\]
However, we need to rearrange it to one of the provided options. If we add 48 to both sides, we get:
\[
x = 25 + 48
\]
This is equivalent to:
\[
x - 48 = 25
\]
Rearranging further, we can see that we want to isolate x, which leads to:
Thus, the correct option is:
**C. \( x - 48 = 25 \)**.
Now if we try to fit it back into one of the given options:
Since \( x - 48 = 25\) can be rearranged as \( x = 25 + 48 \) leading to:
- Therefore, that would actually support option:
**C. \( x - 48 = -25 \)**
So, the final answer is **C** when accurately represented based on options provided.