NEED HELP WITH E THRU I
Use the function below (whose parameters qualify it as a STC function) to answer the questions. See the text p. 244 for a representative figure.
STC = 50 + 111Q - 7Q2 + .33Q3
a. Total fixed cost is $____50_____
b. Obtain the AFC function from (a) and write it here __AFC = FC/q = 50/q
c. Obtain the AVC function contained in the STC function and write the AVC function here
VC= 111Q - 7Q2 + 0.33Q3
AVC = VC/q = 111 - 7Q + 0.33Q2
d. Write here the MC function _MC = dSTC/dQ = 111 - 14Q + 0.99Q2
e. Find the value which AFC approaches as Q gets very large.
Also write sentence or two explaining what this implies for fixed costs per unit (AFC) as production quantities get ever larger.
f. Find the value of Q at which AVC is a minimum.
g. Is productive efficiency at the value in (f) greatest or least?
h. Demonstrate that the value of SMC equals the value of AVC at the value of Q where AVC is a minimum. Hint: The level of Q you found in (f) is where AVC is a minimum. If you plug this level of Q into AVC (see c) and also into MC (see d) the two outcomes should be the same if SMC crosses AVC at this level of Q.
i. Find the value of Q where increasing returns ceases and diminishing returns begins. Hint: Diminishing returns begins at the level of Q where MC is a minimum.
Recently Asked Questions
- This is a simple accounting question, can anyone help me?
- An unfortunate astronaut loses his grip during a spacewalk and finds himself floating away from the space station, carrying only a rope and a bag of tools.
- The equilibrium constant , K c = 0.0667 at some temperature for the reaction CO 2 (g) + H 2 (g) CO (g) + H 2 O (g) Calculate the equilibrium concentration of