29. The revenue generated by selling these bagels is the product of the price p times the number of bagels sold, x. Write an equation that represents revenue by substituting your result from above into the equation R = xp. 30. The costs of doing business for a company can be found by adding fixed costs, such as rent, insurance, and wages, and variable costs, which are the costs to purchase the product you are selling. The portion of the bagel shop's fixed weekly costs allotted to bagels is $200, and the supplies to actually produce each bagel cost $0.75. Write an equation that represents the total cost to the shop of producing x bagels. Your equation should look like C = mx + b. 31. The profit made by the sale of these bagels is found by subtracting the costs from the revenue: P = R - C. Find an equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your answer. botn arte 32. What the profit made by selling 300 bagels each week? 33. What is the profit made by selling 450 bagels each week?
29. The revenue generated by selling these bagels is the product of the price p times the number of bagels sold, x. Write an equation that represents revenue by substituting your result from above into the equation R = xp. 30. The costs of doing business for a company can be found by adding fixed costs, such as rent, insurance, and wages, and variable costs, which are the costs to purchase the product you are selling. The portion of the bagel shop's fixed weekly costs allotted to bagels is $200, and the supplies to actually produce each bagel cost $0.75. Write an equation that represents the total cost to the shop of producing x bagels. Your equation should look like C = mx + b. 31. The profit made by the sale of these bagels is found by subtracting the costs from the revenue: P = R - C. Find an equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your answer. botn arte 32. What the profit made by selling 300 bagels each week? 33. What is the profit made by selling 450 bagels each week?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
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![29. The revenue generated by selling these bagels is the product of the price p times the number of bagels sold, x. Write an
equation that represents revenue by substituting your result from above into the equation R = xp.
30. The costs of doing business for a company can be found by adding fixed costs, such as rent, insurance, and wages,
and variable costs, which are the costs to purchase the product you are selling. The portion of the bagel shop's fixed
weekly costs allotted to bagels is $200, and the supplies to actually produce each bagel cost $0.75. Write an equation
that represents the total cost to the shop of producing x bagels. Your equation should look like C = mx + b.
31. The profit made by the sale of these bagels is found by subtracting the costs from the revenue: P = R - C. Find an
equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your
answer.
2000 OR
32. What is the profit made by selling 300 bagels each week?
33. What is the profit made by selling 450 bagels each week?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcf353dc5-4cc0-4487-bcbe-1e85bf81f98d%2F5f65ad1e-35bd-4bd5-aae5-a6ab8d24046c%2Fh3qdeps_processed.jpeg&w=3840&q=75)
Transcribed Image Text:29. The revenue generated by selling these bagels is the product of the price p times the number of bagels sold, x. Write an
equation that represents revenue by substituting your result from above into the equation R = xp.
30. The costs of doing business for a company can be found by adding fixed costs, such as rent, insurance, and wages,
and variable costs, which are the costs to purchase the product you are selling. The portion of the bagel shop's fixed
weekly costs allotted to bagels is $200, and the supplies to actually produce each bagel cost $0.75. Write an equation
that represents the total cost to the shop of producing x bagels. Your equation should look like C = mx + b.
31. The profit made by the sale of these bagels is found by subtracting the costs from the revenue: P = R - C. Find an
equation that represents profit by substituting your expressions for R and C into the profit formula. Simplify your
answer.
2000 OR
32. What is the profit made by selling 300 bagels each week?
33. What is the profit made by selling 450 bagels each week?
![For Questions 28-37, refer to the following: From years of experience, a bagel
shop has determined that at a price of p = $2.50, they will sell x = 450 bagels
each week. If they lower the price to p = $2.00, they will sell x = 550 bagels
each week.
28. Assuming this relationship is linear, write an equation that relates the
price, p, to the number of bagels, x, that will be sold. Your equation
should look like p = mx + b.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcf353dc5-4cc0-4487-bcbe-1e85bf81f98d%2F5f65ad1e-35bd-4bd5-aae5-a6ab8d24046c%2Fhdfsid_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For Questions 28-37, refer to the following: From years of experience, a bagel
shop has determined that at a price of p = $2.50, they will sell x = 450 bagels
each week. If they lower the price to p = $2.00, they will sell x = 550 bagels
each week.
28. Assuming this relationship is linear, write an equation that relates the
price, p, to the number of bagels, x, that will be sold. Your equation
should look like p = mx + b.
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