Production
1.[2p] What distinguishes the short run from the long run?
What distinguishes the short run from the long run?
The answer is: At least one input is fixed in the short run and all vary in the long run
The answer is: At least one input is fixed in the short run and all vary in the long run
The answer is: At least one input is fixed in the short run and all vary in the long run
2.[2p] A workshop has . What is the marginal product of labour at ?
A workshop has . What is the marginal product of labour at ?
3.[3p] For the same workshop, at how many workers is average product at its maximum?
For the same workshop, at how many workers is average product at its maximum?
4.[1p] Average product is rising exactly when marginal product exceeds average product.
Average product is rising exactly when marginal product exceeds average product.
The answer is: True
5.[2p] A firm has . What returns to scale does it show?
A firm has . What returns to scale does it show?
The answer is: Increasing, since the exponents sum to more than one
The answer is: Increasing, since the exponents sum to more than one
The answer is: Increasing, since the exponents sum to more than one
6.[3p] A firm has , a wage of £20 and a capital rental of £80, and must make 100 units. How many units of labour does it hire?
A firm has , a wage of £20 and a capital rental of £80, and must make 100 units. How many units of labour does it hire?
7.[3p] Which statements about diminishing marginal returns are correct?
Which statements about diminishing marginal returns are correct?
Select all that apply
The answer is: It is a statement about varying one input while others are held fixed, It says the marginal product eventually falls, not that it falls from the first unit, It is an empirical regularity rather than a theorem
8.[2p] Cobb and Douglas fitted to United States manufacturing for 1899 to 1922. What does that imply?
Cobb and Douglas fitted to United States manufacturing for 1899 to 1922. What does that imply?
The answer is: Constant returns to scale, since the exponents sum to one
The answer is: Constant returns to scale, since the exponents sum to one
The answer is: Constant returns to scale, since the exponents sum to one
9.[3p] Match each condition to what it characterises.
Match each condition to what it characterises.
least-cost input mix
total output at its maximum
increasing returns to scale
average product at its maximum
Show the answer
: least-cost input mix : total output at its maximum : average product at its maximum : increasing returns to scale