Is this equation right for this story?

c=2.50*10*.55*2.75x
You are considering taking a job with the dove bar company for the summer. They will rent an insulated cart to you that you can take to any street corner in the south ben area and sell dove bars. The cart rents for $92 per week. To keep the ice-cream bars frozen, you must buy dry ice every day. Seven- eleven sells dry ice blocks for $2.50 per pound and you will need about 10 lb. per week. The dove bar company will supply you with bars for $0.55 each and they require that you sell them for $2.75
How do I explain how the coefficients relate to the situations also. I think I have it but Im not sure

The equation you have provided seems to be missing some information, as there is no clear explanation of what 'x' represents in the equation. Without that clarification, it is difficult to assess the accuracy of the equation in relation to the given story.

However, let me explain how the coefficients in the equation can potentially relate to the given situation. In this scenario, you are considering taking a job with the dove bar company, where you will be renting an insulated cart to sell dove bars.

1. The coefficient 2.50: This could represent the cost per pound of dry ice that you need to buy from Seven-eleven. As mentioned in the story, Seven-eleven sells dry ice blocks for $2.50 per pound.

2. The coefficient 0.55: This might represent the cost per dove bar that you will be purchasing from the dove bar company. According to the story, the company supplies you with dove bars for $0.55 each.

3. The coefficient 2.75: This could signify the selling price for each dove bar. The story mentions that the dove bar company requires you to sell the bars for $2.75 each.

However, it is important to note that without a clear explanation of what 'x' represents in the equation, it is impossible to determine the complete relationship between the coefficients and the given situation. Can you provide more information or context about the specific role of 'x' in the equation?