Suppose that the average cost function is given by C(x) = c'(x)= xC'(x) - C(x) x² OA. f'(x)= In order to find the derivative of an equation of the form f(x) = u(x) v(x) u(x) v'(x)-v(x) u'(x) [v'(x)]² v(x) •u'(x) - u(x) • v'(x) [V'(x)]² OB. f'(x)=- v(x) u'(x) - u(x) • v'(x) [v(x)]² Let u(x) = C(x) and let v(x)=x. Find the derivative of u(x). OC. f'(x)=- 1 O A. u'(x) = C'(x) X O B. u'(x) = C(x). C'(x) O c. u'(x) = C'(x) Now find the derivative of v(x). where x is the number of items produced. Show that the marginal average cost function is given by the following. use the quotient rule. What is the quotient rule? Snipping Tool New Delay ▾ X Cancel Select the snip mode using the Mode button or click the New button. Mode Snipping Tool is moving... Op
Suppose that the average cost function is given by C(x) = c'(x)= xC'(x) - C(x) x² OA. f'(x)= In order to find the derivative of an equation of the form f(x) = u(x) v(x) u(x) v'(x)-v(x) u'(x) [v'(x)]² v(x) •u'(x) - u(x) • v'(x) [V'(x)]² OB. f'(x)=- v(x) u'(x) - u(x) • v'(x) [v(x)]² Let u(x) = C(x) and let v(x)=x. Find the derivative of u(x). OC. f'(x)=- 1 O A. u'(x) = C'(x) X O B. u'(x) = C(x). C'(x) O c. u'(x) = C'(x) Now find the derivative of v(x). where x is the number of items produced. Show that the marginal average cost function is given by the following. use the quotient rule. What is the quotient rule? Snipping Tool New Delay ▾ X Cancel Select the snip mode using the Mode button or click the New button. Mode Snipping Tool is moving... Op
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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Question
![C(x)
Suppose that the average cost function is given by C(x)=
X
xC'(x) - C(x)
+²
c'(x)=
In order to find the derivative of an equation of the form f(x) =
u(x)
v(x)
OA. f'(x) =
O B. f'(x)=
u(x)
O c. f'(x) =
v(x)
v'(x) - v(x) u'(x)
[v'(x)]²
u'(x) - u(x) • v'(x)
[V'(x)]²
v(x) •u'(x) - u(x) • v'(x)
[v(x)]²
Let u(x) = C(x) and let v(x) = x. Find the derivative of u(x).
where x is the number of items produced. Show that the marginal average cost function is given by the following.
O A. u'(x) = C'(x)
O B. u'(x) = C(x). C'(x)
O C. u'(x) = C'(x)
Now find the derivative of v(x).
v'(x) =
(...)
use the quotient rule. What is the quotient rule?
Snipping Tool
Delay X Cancel
Select the snip mode using the Mode button or click the New
button.
New
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Transcribed Image Text:C(x)
Suppose that the average cost function is given by C(x)=
X
xC'(x) - C(x)
+²
c'(x)=
In order to find the derivative of an equation of the form f(x) =
u(x)
v(x)
OA. f'(x) =
O B. f'(x)=
u(x)
O c. f'(x) =
v(x)
v'(x) - v(x) u'(x)
[v'(x)]²
u'(x) - u(x) • v'(x)
[V'(x)]²
v(x) •u'(x) - u(x) • v'(x)
[v(x)]²
Let u(x) = C(x) and let v(x) = x. Find the derivative of u(x).
where x is the number of items produced. Show that the marginal average cost function is given by the following.
O A. u'(x) = C'(x)
O B. u'(x) = C(x). C'(x)
O C. u'(x) = C'(x)
Now find the derivative of v(x).
v'(x) =
(...)
use the quotient rule. What is the quotient rule?
Snipping Tool
Delay X Cancel
Select the snip mode using the Mode button or click the New
button.
New
→
Mode
Snipping Tool is moving...
x
Options
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