Question 1 [20 marks] This question refers to the relationship between two optimization problems. Maximize(Π=Π(L,K)) whe
Posted: Tue Nov 16, 2021 8:43 am
Question 1 [20 marks]
This question refers to the relationship between two
optimization problems.
Maximize(Π=Π(L,K))
where:
Total
Profit→Π=Π(L,K)=TR-TC
Total Revenue→TR=P×Q,
Q=f(L,K)
←Production function
Total Cost→TC=w×L+r×K
The solution to this problem requires
MRTS=w/r
The objective function is
Total Cost→TC=w×L+r×K
and the constraint is
f(L,K)=Q*
←Prescribed output
level
The solution to this problem also requires
MRTS=w/r
The following statement:
“If the firm is maximizing profits, then it is
minimizing costs; and vice versa, if the firm is minimizing costs
it is maximizing profits.”
consists of two parts:
Part 1: Profit maximization cannot exist without cost
minimization, and
Part 2: Cost minimization cannot exist without profit
maximization.
One part is true while the other is false.
Your Task Please read
carefully
To gain marks you have to justify your
answer.
This question refers to the relationship between two
optimization problems.
Maximize(Π=Π(L,K))
where:
Total
Profit→Π=Π(L,K)=TR-TC
Total Revenue→TR=P×Q,
Q=f(L,K)
←Production function
Total Cost→TC=w×L+r×K
The solution to this problem requires
MRTS=w/r
The objective function is
Total Cost→TC=w×L+r×K
and the constraint is
f(L,K)=Q*
←Prescribed output
level
The solution to this problem also requires
MRTS=w/r
The following statement:
“If the firm is maximizing profits, then it is
minimizing costs; and vice versa, if the firm is minimizing costs
it is maximizing profits.”
consists of two parts:
Part 1: Profit maximization cannot exist without cost
minimization, and
Part 2: Cost minimization cannot exist without profit
maximization.
One part is true while the other is false.
Your Task Please read
carefully
To gain marks you have to justify your
answer.