The manufacturing laundry sinks has fixed costs if $100 per day but has total costs of $2,500 per day when producing 15 sinks. The company has a daily demand function of q =360 – p, where q is the number of laundry sinks demanded and p is the price of a laundry sink. 1. If production increases continuously, what is likely to be the average cost per sink? 2. How many laundry sinks will the company need to produce in order to maximize its profits? 3. What is this maximum profit?
The manufacturing laundry sinks has fixed costs if $100 per day but has total costs of $2,500 per day when producing 15 sinks. The company has a daily demand function of q =360 – p, where q is the number of laundry sinks demanded and p is the price of a laundry sink. 1. If production increases continuously, what is likely to be the average cost per sink? 2. How many laundry sinks will the company need to produce in order to maximize its profits? 3. What is this maximum profit?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The manufacturing laundry sinks has fixed costs if $100 per day but has total costs of $2,500 per day when producing 15 sinks. The company has a daily demand function of q =360 – p, where q is the number of laundry sinks demanded and p is the price of a laundry sink.
1. If production increases continuously, what is likely to be the average cost per sink?
2. How many laundry sinks will the company need to produce in order to maximize its profits?
3. What is this maximum profit?
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