A local artisan sells custom-made wooden bowls. The table below shows the price the artisan can charge for different quantities and the total cost of producing those quantities. Calculate the total profit for each quantity level and match it to the correct quantity.
| Quantity (Q) | Price per Bowl (P) | Total Cost (TC) |
|---|---|---|
| 5 | $50 | $150 |
| 10 | $45 | $250 |
| 15 | $40 | $375 |
| 20 | $35 | $550 |
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A local artisan sells custom-made wooden bowls. The table below shows the price the artisan can charge for different quantities and the total cost of producing those quantities. Calculate the total profit for each quantity level and match it to the correct quantity.
Quantity (Q) Price per Bowl (P) Total Cost (TC) 5 $50 $150 10 $45 $250 15 $40 $375 20 $35 $550 A company that manufactures custom phone cases is currently producing and selling 20 cases per day. The company is considering increasing its daily production to 30 cases. Using the demand and cost information provided in the table below, determine the effect this change in output would have on the company's daily profit.
Quantity (Q) Price per Case (P) Total Cost (TC) 10 $25 $180 20 $22 $280 30 $19 $350 40 $16 $450 Profit as Revenue Minus Total Cost
Figure 7.17: Profit Maximization for Beautiful Cars using Marginal Revenue and Marginal Cost Curves