Math Problem Statement
A firm produces a product that has the production cost function
C(x)equals=340x+9520
and the revenue function
R(x)=425x.
No more than
261
units can be sold. Find and analyze the break-even quantity, then find the profit function.
Solution
Let's go through the steps to find and analyze the break-even quantity, as well as the profit function.
Step 1: Understand the Given Functions
- Cost Function:
- Revenue Function:
Here, represents the number of units produced and sold.
Step 2: Find the Break-Even Quantity
The break-even point occurs when the revenue equals the cost, meaning .
Set the revenue function equal to the cost function:
Step 3: Solve for
Subtract from both sides to isolate the variable:
So, the break-even quantity is units.
Step 4: Analyze the Break-Even Quantity
At , the firm neither makes a profit nor a loss. If the firm produces and sells fewer than 112 units, it incurs a loss. If it sells more than 112 units, it makes a profit.
Step 5: Find the Profit Function
The profit function is the difference between the revenue and the cost:
Substitute the given functions:
Distribute and simplify:
So, the profit function is:
Step 6: Determine the Profit at Maximum Sales
Given that no more than 261 units can be sold, we can evaluate the profit at this maximum quantity:
Thus, if the firm sells the maximum of 261 units, the profit will be $12,665.
Summary
- Break-even quantity: units.
- Profit function: .
- Maximum possible profit (at 261 units): $12,665.
Would you like more details or have any questions?
Related Questions:
- What happens to the profit if the cost per unit increases by $10?
- How would a change in fixed costs affect the break-even quantity?
- What is the revenue at the break-even point?
- How does the break-even analysis change if the price per unit is reduced?
- How would changes in demand (e.g., selling fewer than 261 units) impact profit?
Tip:
Understanding the break-even point helps businesses decide on production levels. Beyond this point, each additional unit sold contributes to profit.
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Math Problem Analysis
Mathematical Concepts
Cost Functions
Revenue Functions
Break-even Analysis
Profit Functions
Formulas
Cost Function: C(x) = 340x + 9520
Revenue Function: R(x) = 425x
Profit Function: P(x) = R(x) - C(x)
Theorems
-
Suitable Grade Level
Advanced High School
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