Question

Avery is in the business of manufacturing phones. She must pay a daily fixed cost to rent the building and equipment, and also pays a cost per phone produced for materials and labor. The labor and materials cost $100 for each phone manufactured, and the total cost of producing 3 phones in a day would be $600. Write an equation for C, C, in terms of p,p, representing total cost, in dollars, of producing pp phones on a given day.

Answer 1

The equation for the total cost (C) of producing pp phones on a given day can be written as: C = Fixed Cost + (Cost per Phone x Number of Phones). In this case, the fixed cost (FC) is the daily cost to rent the building and equipment. Let's assume FC is $x, and the cost per phone (CP) is $100. Using the given information that the total cost of producing 3 phones is $600, we can form the equation: 600 = x + (100 x 3).

Step-by-step explanation:

The equation for the total cost (C) of producing pp phones on a given day can be written as:

C = Fixed Cost + (Cost per Phone x Number of Phones)

In this case, the fixed cost (FC) is the daily cost to rent the building and equipment.

Let's assume FC is $x, and the cost per phone (CP) is $100. Using the given information that the total cost of producing 3 phones is $600, we can form the equation:

600 = x + (100 x 3)

Simplifying the equation, we get:

600 = x + 300

Subtracting 300 from both sides, we find:

x = 300

Therefore, the equation for the total cost of producing pp phones on a given day is:

C = 300 + (100p)

Answer 2

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Step-by-step explanation:

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