2.Let be a company whose total revenue and total costs, in dollars, are given respectively by: R(q) = 9000 In (0,02q+1) and ((q) =7000e.. where q denotes the number of units produced and q€ {0,1,2,3 ...,1400}. 0012 a) Give the company's profit if it sells 1000 units. b) Determine the number of units to be sold for total revenue of $21,597. c) Determine the number of units required to produce the total production costs of $29,545.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Answer the question below in detail:

2.Let be a company whose total revenue and total costs, in dollars, are given
respectively by:
R(₂) = 9000 In (0,02q+1) and C(q) = 7000e0.0012
where q denotes the number of units produced and q€ {0,1,2,3 ...,1400}.
a) Give the company's profit if it sells 1000 units.
b) Determine the number of units to be sold for total revenue of $21,597.
Determine the number of units required to produce the total production
costs of $29,545.
c)
d)
If q = 800, determine the speed at which :
i. total production costs;
ii. total income.
e) Evaluate
iii. Cmarginal (400)
iv. Rmarginal (400)
f)
g)
Determine total revenue when it increases at a rate of $30/unit.
Determine the rate at which total costs vary when they amount to
$23,240.82.
h)
Determine the number of units to be sold to maximize profit. Determine
this maximum profit.
Transcribed Image Text:2.Let be a company whose total revenue and total costs, in dollars, are given respectively by: R(₂) = 9000 In (0,02q+1) and C(q) = 7000e0.0012 where q denotes the number of units produced and q€ {0,1,2,3 ...,1400}. a) Give the company's profit if it sells 1000 units. b) Determine the number of units to be sold for total revenue of $21,597. Determine the number of units required to produce the total production costs of $29,545. c) d) If q = 800, determine the speed at which : i. total production costs; ii. total income. e) Evaluate iii. Cmarginal (400) iv. Rmarginal (400) f) g) Determine total revenue when it increases at a rate of $30/unit. Determine the rate at which total costs vary when they amount to $23,240.82. h) Determine the number of units to be sold to maximize profit. Determine this maximum profit.
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