We appreciate your visit to Jung planted 12 rows of pepper plants and harvested a total of 156 peppers from the plants He planted the same number of plants in. This page offers clear insights and highlights the essential aspects of the topic. Our goal is to provide a helpful and engaging learning experience. Explore the content and find the answers you need!
Answer :
The problem states that there are 12 rows of pepper plants with $p$ plants in each row, and a total of 156 peppers were harvested. The equation to find $p$ is:
- Set up the equation: $12p = 156$
- The correct option is C
- Final Answer: $\boxed{12 p=156}$
### Explanation
1. Setting up the equation
Let $p$ be the number of plants per row. Since there are 12 rows, the total number of plants is $12p$. We are given that the total number of peppers harvested is 156. Assuming each plant yields one pepper, the total number of plants is equal to the total number of peppers. Therefore, we have the equation $12p = 156$.
2. Finding the correct option
The equation that can be used to determine the number of plants, $p$, per row is $12p = 156$. This corresponds to option C.
3. Final Answer
Therefore, the correct answer is C. $12p = 156$.
### Examples
Imagine you are arranging chairs in a hall for an event. You know you want to have the same number of chairs in each row, and you know the total number of chairs you need. This problem is similar to figuring out how many chairs to put in each row to reach your total, helping with event planning and resource management.
- Set up the equation: $12p = 156$
- The correct option is C
- Final Answer: $\boxed{12 p=156}$
### Explanation
1. Setting up the equation
Let $p$ be the number of plants per row. Since there are 12 rows, the total number of plants is $12p$. We are given that the total number of peppers harvested is 156. Assuming each plant yields one pepper, the total number of plants is equal to the total number of peppers. Therefore, we have the equation $12p = 156$.
2. Finding the correct option
The equation that can be used to determine the number of plants, $p$, per row is $12p = 156$. This corresponds to option C.
3. Final Answer
Therefore, the correct answer is C. $12p = 156$.
### Examples
Imagine you are arranging chairs in a hall for an event. You know you want to have the same number of chairs in each row, and you know the total number of chairs you need. This problem is similar to figuring out how many chairs to put in each row to reach your total, helping with event planning and resource management.
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