George's Goji Farm has this short run total cost equation for goji berries, where Q is the number of bushels produced per day: TC = Q? + 36 %3D a. Find the other six cost equations: VC = _Q2 FC = 36 %3D AVC = %3D AC = Q+ 36 AFC = MC = 2Q %3D b. The goji berry market is perfectly competitive. The market price is P = $18. Find the firm's profit-maximizing level of output: P= MC Q* = 2Q-18 Q= %3D Find the average cost at this quantity: AC* =_4 Q+ AC = 36 → a+% = 4 =AC 36 %3D Find the maximum total profit: -45 N* = tR= P.Q= 18.9=72 %3D 十R-TC= %3D tし QR+2る6= 92t36= 117 72-117= c. Find the minimum AC (ACmin) and the quantity at which it occurs (Qa). QA = ACmin %3D d. Graph: AC, AVC, AFC, MC. Table and diagram on next page.
George's Goji Farm has this short run total cost equation for goji berries, where Q is the number of bushels produced per day: TC = Q? + 36 %3D a. Find the other six cost equations: VC = _Q2 FC = 36 %3D AVC = %3D AC = Q+ 36 AFC = MC = 2Q %3D b. The goji berry market is perfectly competitive. The market price is P = $18. Find the firm's profit-maximizing level of output: P= MC Q* = 2Q-18 Q= %3D Find the average cost at this quantity: AC* =_4 Q+ AC = 36 → a+% = 4 =AC 36 %3D Find the maximum total profit: -45 N* = tR= P.Q= 18.9=72 %3D 十R-TC= %3D tし QR+2る6= 92t36= 117 72-117= c. Find the minimum AC (ACmin) and the quantity at which it occurs (Qa). QA = ACmin %3D d. Graph: AC, AVC, AFC, MC. Table and diagram on next page.
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Could I have help with c and d (and making sure the first part is correct) ?
![George's Goji Farm has this short run total cost equation for goji berries, where Q is the
number of bushels produced per day:
TC = Q? + 36
a. Find the other six cost equations:
VC = _ Q2
FC = 36
AVC =
AFC =
AC = Q+ 26
MC = _2Q
b. The goji berry market is perfectly competitive. The market price is P = $18.
Find the firm's profit-maximizing level of output:
P= MC
Q* =
2Q =18
Find the average cost at this quantity:
AC* =
4.
Q+ 36
->
36
- 나-
= AC
AL =
Find the maximum total profit:
-45
n* =
tR= P.Q=
18.9=72
TR-TC=T
tし QRt36= q2tろ6= l17
72-117=
c. Find the minimum AC (ACmin) and the quantity at which it occurs (QA).
QA =
ACmin =
d. Graph: AC, AVC, AFC, MC. Table and diagram on next page.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1f061069-91e6-48ee-985f-f8d5b158cf5c%2Fd849207d-5fd8-44d6-aa26-a23c67d474c5%2F3znnd7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:George's Goji Farm has this short run total cost equation for goji berries, where Q is the
number of bushels produced per day:
TC = Q? + 36
a. Find the other six cost equations:
VC = _ Q2
FC = 36
AVC =
AFC =
AC = Q+ 26
MC = _2Q
b. The goji berry market is perfectly competitive. The market price is P = $18.
Find the firm's profit-maximizing level of output:
P= MC
Q* =
2Q =18
Find the average cost at this quantity:
AC* =
4.
Q+ 36
->
36
- 나-
= AC
AL =
Find the maximum total profit:
-45
n* =
tR= P.Q=
18.9=72
TR-TC=T
tし QRt36= q2tろ6= l17
72-117=
c. Find the minimum AC (ACmin) and the quantity at which it occurs (QA).
QA =
ACmin =
d. Graph: AC, AVC, AFC, MC. Table and diagram on next page.
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