Production Decision for a Custom Furniture Workshop

A small manufacturing plant can produce up to 100 units of a product per day during its standard shift, with an additional production cost of $50 per unit. To meet higher demand, the plant can run an overtime shift to produce an additional 50 units (from 101 to 150), but the additional cost for these units rises to $75 per unit. The plant's absolute maximum daily capacity is 150 units. If the current market price for the product is $60 per unit, what is the profit-maximizing number of units for the plant to produce per day?

Bakery's Supply Decision

A printing company has the following daily production capacity and associated marginal costs:

• Regular Shift: Up to 500 books at a marginal cost of $10 per book.
• Overtime Shift: An additional 300 books (from 501 to 800) at a marginal cost of $15 per book.
• Weekend Shift: A final 200 books (from 801 to 1000) at a marginal cost of $25 per book.

The company is a price-taker and will produce as long as the market price is greater than or equal to its marginal cost. Match each market price below to the company's profit-maximizing daily production quantity.

A t-shirt printing company has a marginal cost of $8 per shirt for the first 500 shirts produced each day and a marginal cost of $12 per shirt for any additional shirts up to its maximum capacity. If the market price for t-shirts falls from $13 to $10, the company's daily quantity supplied will decrease.

Production Decisions with Tiered Costs

A firm's daily supply schedule for a product is as follows: if the market price is below $20, the firm supplies 0 units. If the price is between $20 and $34.99, it supplies 1,000 units. If the price is $35 or above, it supplies 1,500 units, which is its maximum capacity. Based on this information, what is the most likely marginal cost structure for this firm?

A toy factory produces up to 1,000 units per day during its regular shift. To produce more, it must run an overtime shift, which involves higher labor costs. The factory is ramping up production to meet a large order. Arrange the following stages in the correct sequence to describe how the factory's production and marginal cost change as its output increases.

A bicycle factory has a marginal cost of $100 per bike for the first 50 bikes produced each day. To produce more than 50 bikes, the factory must pay its workers overtime, which increases the marginal cost to $150 for each additional bike (from the 51st bike onwards). The current market price for a bike is $120. The factory manager decides to produce 60 bikes per day, arguing that producing more units helps lower the average cost per bike by spreading fixed costs over a larger output. Which of the following statements best evaluates the manager's decision from a profit-maximization perspective?

Online Gaming Company's Supply Curve