4:00 O ll l 77% ECON1003_Altern...2_ 2019-2020 - Read-only Read Only - You can't save changes to t... The amount of time available for cutting, sewing and packaging is 115 hours, 280 hours and 65 hours respectively. Using either the Inverse Method or the Cramer's Rule, determine how many of each type of clothing should be made to use all available labour hours? Page 3 Question 4 (a) Find the following: x4/3 + 9x1/5 (2х — 1)1/2 — 3 i. Lim х--о бх1/2 — 4x1/4 ii. Lim х-5° х— 5 (b) The total revenue curve of a firm is R(q) = 40q – 12q² and its average cost A(q) =9? – 12.85q + 20 400 where q is the firm's output. i. Derive an expression C(q) for the firm's total cost function. ii. Derive an expression II(q) for the firm's profit function. iii. Is the rate of change of profit increasing or decreasing when the ouput level of the firm is 10 units? iv. Determine the level of output for which the firm's profit is maximized. v. What is the firms's maximum profit? END OF ASSIGNMENT 3 of 3
4:00 O ll l 77% ECON1003_Altern...2_ 2019-2020 - Read-only Read Only - You can't save changes to t... The amount of time available for cutting, sewing and packaging is 115 hours, 280 hours and 65 hours respectively. Using either the Inverse Method or the Cramer's Rule, determine how many of each type of clothing should be made to use all available labour hours? Page 3 Question 4 (a) Find the following: x4/3 + 9x1/5 (2х — 1)1/2 — 3 i. Lim х--о бх1/2 — 4x1/4 ii. Lim х-5° х— 5 (b) The total revenue curve of a firm is R(q) = 40q – 12q² and its average cost A(q) =9? – 12.85q + 20 400 where q is the firm's output. i. Derive an expression C(q) for the firm's total cost function. ii. Derive an expression II(q) for the firm's profit function. iii. Is the rate of change of profit increasing or decreasing when the ouput level of the firm is 10 units? iv. Determine the level of output for which the firm's profit is maximized. v. What is the firms's maximum profit? END OF ASSIGNMENT 3 of 3
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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![4:00
O ll l 77%
ECON1003_Altern...2_ 2019-2020 - Read-only
Read Only - You can't save changes to t...
The amount of time available for cutting, sewing and packaging is 115 hours,
280 hours and 65 hours respectively. Using either the Inverse Method or the
Cramer's Rule, determine how many of each type of clothing should be made
to use all available labour hours?
Page 3
Question 4
(a) Find the following:
x4/3 + 9x1/5
(2х — 1)1/2 — 3
i. Lim
х--о бх1/2 — 4x1/4
ii. Lim
х-5°
х— 5
(b) The total revenue curve of a firm is R(q) = 40q – 12q² and its
average cost A(q) =9? – 12.85q + 20
400
where q is the firm's output.
i. Derive an expression C(q) for the firm's total cost function.
ii. Derive an expression II(q) for the firm's profit function.
iii. Is the rate of change of profit increasing or decreasing when the
ouput level of the firm is 10 units?
iv. Determine the level of output for which the firm's profit is maximized.
v. What is the firms's maximum profit?
END OF ASSIGNMENT
3 of 3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbc14ffa7-70f3-45b7-af45-9afc3c3fc4c6%2F188b084a-176e-4c3f-8588-59ef94f9bad2%2Fe2i8mcv.jpeg&w=3840&q=75)
Transcribed Image Text:4:00
O ll l 77%
ECON1003_Altern...2_ 2019-2020 - Read-only
Read Only - You can't save changes to t...
The amount of time available for cutting, sewing and packaging is 115 hours,
280 hours and 65 hours respectively. Using either the Inverse Method or the
Cramer's Rule, determine how many of each type of clothing should be made
to use all available labour hours?
Page 3
Question 4
(a) Find the following:
x4/3 + 9x1/5
(2х — 1)1/2 — 3
i. Lim
х--о бх1/2 — 4x1/4
ii. Lim
х-5°
х— 5
(b) The total revenue curve of a firm is R(q) = 40q – 12q² and its
average cost A(q) =9? – 12.85q + 20
400
where q is the firm's output.
i. Derive an expression C(q) for the firm's total cost function.
ii. Derive an expression II(q) for the firm's profit function.
iii. Is the rate of change of profit increasing or decreasing when the
ouput level of the firm is 10 units?
iv. Determine the level of output for which the firm's profit is maximized.
v. What is the firms's maximum profit?
END OF ASSIGNMENT
3 of 3
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