Use the following table to answer the following three questions. Demand: Quantity 1 2 3 4 5 6 7 8 9 10
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- The table below shows the weekly marginal cost (MC) and average total cost (ATC) for Buddies, a purely competitive firm that produces novelty ear buds. Assume the market for novelty ear buds is a competitive market and that the price of ear buds is $6.00 per pair. Buddies Production Costs Quantity MC ATC of Ear Buds ($) ($) 20 1.00 25 2.00 1.20 30 2.46 1.41 35 3.51 1.71 40 4.11 2.01 45 5.43 2.39 50 5.99 2.75 55 8.47 3.27 Instructions: In part a, enter your answer as the closest given whole number. In parts b-d, round your answers to two decimal places. a. If Buddies wants to maximize profits, how many pairs of ear buds should it produce each week? pairs b. At the profit-maximizing quantity, what is the total cost of producing ear buds? 2$ c. If the market price for ear buds is $6 per pair, and Buddies produces the profit-maximizing quantity of ear buds, what will Buddies profit or loss be per week? 2$arrow_forwardOn the graph input tool, change the number found in the Quantity Demanded field to determine the prices that correspond to the production of 0, 6, 12, 15, 18, 24, and 30 units of output. Calculate the total revenue for each of these production levels. Then, on the following graph, use the green points (triangle symbol) to plot the results. Calculate the total revenue if the firm produces 6 versus 5 units. Then, calculate the marginal revenue of the sixth unit produced. The marginal revenue of the sixth unit produced is________. Calculate the total revenue if the firm produces 12 versus 11 units. Then, calculate the marginal revenue of the 12th unit produced. The marginal revenue of the 12th unit produced is_________.arrow_forwardMmarrow_forward
- 9. Problems and Applications Q9 The market for apple pies in the city of Ectenia is competitive and has the following demand schedule: Each producer in the market has a fixed cost of $6 and the following marginal cost: Quantity Marginal Cost (Dollars) 1 1 2 3 4 5 6 Complete the following table by computing the total cost and average total cost for each quantity produced. Quantity Total Cost Average Total Cost (Ples) (Dollars) (Dollars) 1 2 3 4 3 8 10 12 14 The price of a pie is now $11. At a price of $11, making a profit of O True O Fal pies are sold in the market. Each producer makes True or False: The market is in long-run equilibrium. Suppose that in the long run there is free entry and exit. In the long run, each producer earns a profit of each producer makes pies, so there are The market price is producers operating. pies, so there are At this price, producers in this market, each pies are sold in this market, andarrow_forwardUse the following graph: The graph below pertains to the supply of paper to colleges and universities. price quantity Refer to the graph above. All else equal, an increase in the price of pulp input used in the paper production process would cause a move from: Oy to x O SA to SB Ox to y O SB to SAarrow_forwardThe next 6 questions relate to the following table. Calculate total revenue at a quantity of 5 units. (The table gives you Quantity, Price, and Total Costs, leaving the Total Revenue and Profit for you to calculate.) Quantity Price Total Revenue Total Cost Profit 0 70 0 1 70 60 2 70 120 3 70 180 4 70 300 5 70 410 Calculate profit at an output of 4 units. What is the highest profit possible? What is the profit maximizing level of output What is the profit maximizing price? Can you tell if this is the short run or long run? Explain.arrow_forward
- e. Please describe the effect on quantity and price when firms have an incentive to exit the market. (Hint: the number does not matter; just clarify how quantity and price change.) Price 12 10 8 6 4 2 ○ 20 20 40 60 MC ATC 80 AVC Demand curve 100 Quantity (beach balls per day)arrow_forwardUse the data from the following demand schedule to answer the questions that follow. Price (P) (Dollars) Quantity Demanded (Q) Total Revenue (TR) (Dollars) Marginal Revenue (MR) (Dollars) 24.00 0 0.00 21.60 21.60 1 21.60 16.80 19.20 2 38.40 12.00 16.80 3 50.40 7.20 14.40 4 57.60 2.40 12.00 5 60.00 -2.40 9.60 6 57.60 -7.20 7.20 7 50.40 -12.00 4.80 8 38.40 -16.80 2.40 9 21.60 -21.60 0.00 10 0.00 Make the unrealistic assumption that production is costless for the monopolist in this question. The monopolist will charge a price of $ for the monopolist. per unit and sell units. This will yield an economic profit of $ Now assume the marginal cost is above zero and is equal to the marginal revenue of the fourth unit. The monopolist will now charge monopolist will now earn price and produce when production was costless. In turn, the economic profit compared to when production was costless. Grade It Now Save & Continuearrow_forward11:30 l 4G I Homework 4 (section 2.1-2 & 2.2).pdf Economic Mathematics (1) Name ID Section 2.2 Revenue, cost and profit 1. If the demand function of a good is given by P-80 – 3Q, the fixed costs are 100 and variable cost are 5 per unit. Work out the profit when Q-10. 2. Find an expression for the profit function given the demand function 20+P= 25 and the 32 +5. Find the value of 0 for which the firm average cost function AC = (a) breaks even (b) makes a loss of 432 units (c) maximises profit. 2/2 !!arrow_forward
- In this video, Hamida may have made a mistake in identifying the profit/loss area. Identify whether or not she's made a mistake. If she hasn't, mark it as right. If she has, then identify the right profit/loss area. The graph is attached here again for your convenience Costs and revenue $ P2 P₁ Pol 0 W Qy MR MC ATC AVC Demand Quantity Hamida did not make a mistake. There is a loss of (P1-P2)Qy for this monopolistically competitive firm There is a positive profit of (P1-P2)Qy for this monopolistically competitive firm O There is a loss of (P2-PO)Qy for this monopolistically competitive firmarrow_forwardElixir Spring's mineral water is unique and highly prized. The firm's total fixed cost is $4,000 a day and its marginal cost is zero. The table shows the market demand schedule for the firm's water. Compare Elixir's profit-maximizing price with the marginal cost of producing the profit-maximizing output. At the profit-maximizing price, is the demand for Elixir's water inelastic or elastic? Elixir's profit-maximizing price Elixir's marginal cost. A. is greater than B. is less than C. equals At the profit-maximizing price, the demand for Elixir's water is A. inelastic B. elastic C. perfectly inelastic D. unit elastic E. perfectly elasticarrow_forwardF3.arrow_forward
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