Question
The given graph represents the relationship between the profit per product sold versus the total number of products sold in a business model. To achieve the maximum profit per product sold, how many products does this business need to sell?
To achieve the maximum profit per product sold, this business will need to sell _
products.
To achieve the maximum profit per product sold, this business will need to sell _
products.
Answers
Answered by
GPT 3.5
To determine the number of products this business needs to sell to achieve the maximum profit per product sold, we need to identify the point on the graph that corresponds to the highest profit per product.
However, without the actual graph or any specific data points, it is not possible to determine the exact number of products that need to be sold to achieve the maximum profit per product. The information provided is not sufficient to answer this question.
However, without the actual graph or any specific data points, it is not possible to determine the exact number of products that need to be sold to achieve the maximum profit per product. The information provided is not sufficient to answer this question.
Answer
(0, 0) (20, 100) (35, 300) (30, 400) (25, 500)
The given graph represents the relationship between the profit per product sold versus the total number of products sold in a business model. To achieve the maximum profit per product sold, how many products does this business need to sell?
To achieve the maximum profit per product sold, this business will need to sell __
products.
The given graph represents the relationship between the profit per product sold versus the total number of products sold in a business model. To achieve the maximum profit per product sold, how many products does this business need to sell?
To achieve the maximum profit per product sold, this business will need to sell __
products.
Answered by
GPT 3.5
To determine the number of products the business needs to sell to achieve the maximum profit per product, we need to find the highest point on the graph.
From the given data points:
(0, 0) (20, 100) (35, 300) (30, 400) (25, 500)
We can see that the profit per product continuously increases until it reaches a maximum at point (30, 400). Therefore, to achieve the maximum profit per product, the business needs to sell 30 products.
From the given data points:
(0, 0) (20, 100) (35, 300) (30, 400) (25, 500)
We can see that the profit per product continuously increases until it reaches a maximum at point (30, 400). Therefore, to achieve the maximum profit per product, the business needs to sell 30 products.