Consider the following total revenue function for a hammer. R 44x 0.01x2 (a) The sale of how many hammers, x, will maximize the total revenue in dollars? x = 2200 hammers Find the maximum revenue. $48400 (b) Find the maximum revenue if production is limited to at most 1200 hammers. $ If the total revenue function for a computer is R(x) = 1000x - 35x2-x³, find the level of sales, x, that maximizes revenue and find the maximum revenue in dollars. x = R(x) = $ computers If the total cost function for producing x lamps is C(x) = 3240 + 37x+ 0.9x2 dollars, producing how many units, x, will result in a minimum average cost per unit? units Find the minimum average cost per unit. $ If the total cost function for a product is C(x) = 10+ 0.1x2 dollars, producing how many units, x, will result in a minimum average cost per unit? x= units Find the minimum average cost per unit. $ Find the derivative of the function. f(x) = ex-xe
Consider the following total revenue function for a hammer. R 44x 0.01x2 (a) The sale of how many hammers, x, will maximize the total revenue in dollars? x = 2200 hammers Find the maximum revenue. $48400 (b) Find the maximum revenue if production is limited to at most 1200 hammers. $ If the total revenue function for a computer is R(x) = 1000x - 35x2-x³, find the level of sales, x, that maximizes revenue and find the maximum revenue in dollars. x = R(x) = $ computers If the total cost function for producing x lamps is C(x) = 3240 + 37x+ 0.9x2 dollars, producing how many units, x, will result in a minimum average cost per unit? units Find the minimum average cost per unit. $ If the total cost function for a product is C(x) = 10+ 0.1x2 dollars, producing how many units, x, will result in a minimum average cost per unit? x= units Find the minimum average cost per unit. $ Find the derivative of the function. f(x) = ex-xe
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
Related questions
Question
![Consider the following total revenue function for a hammer.
R 44x 0.01x2
(a) The sale of how many hammers, x, will maximize the total revenue in dollars?
x = 2200
hammers
Find the maximum revenue.
$48400
(b) Find the maximum revenue if production is limited to at most 1200 hammers.
$
If the total revenue function for a computer is R(x) = 1000x - 35x2-x³, find the level of sales, x, that maximizes
revenue and find the maximum revenue in dollars.
x =
R(x) = $
computers
If the total cost function for producing x lamps is C(x) = 3240 + 37x+ 0.9x2 dollars, producing how many units, x, will
result in a minimum average cost per unit?
units
Find the minimum average cost per unit.
$
If the total cost function for a product is C(x) = 10+ 0.1x2 dollars, producing how many units, x, will result in a minimum
average cost per unit?
x=
units
Find the minimum average cost per unit.
$
Find the derivative of the function.
f(x) = ex-xe](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5296a0bc-3fb5-4994-8f32-bdbdef7b6b85%2Fd6e0773e-a49c-49a0-b312-89bbdb2f030b%2Fmnq94p_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the following total revenue function for a hammer.
R 44x 0.01x2
(a) The sale of how many hammers, x, will maximize the total revenue in dollars?
x = 2200
hammers
Find the maximum revenue.
$48400
(b) Find the maximum revenue if production is limited to at most 1200 hammers.
$
If the total revenue function for a computer is R(x) = 1000x - 35x2-x³, find the level of sales, x, that maximizes
revenue and find the maximum revenue in dollars.
x =
R(x) = $
computers
If the total cost function for producing x lamps is C(x) = 3240 + 37x+ 0.9x2 dollars, producing how many units, x, will
result in a minimum average cost per unit?
units
Find the minimum average cost per unit.
$
If the total cost function for a product is C(x) = 10+ 0.1x2 dollars, producing how many units, x, will result in a minimum
average cost per unit?
x=
units
Find the minimum average cost per unit.
$
Find the derivative of the function.
f(x) = ex-xe
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