Answer:
The question is missing the amount of output units that each additional unit of labor generates, but we can calculate how many units each additional unit of labor should produce in order to maximize profit.
In order for a firm to maximize its profit, the marginal revenue product (MRP) = marginal cost (MC).
MRP = output units per additional unit of labor x price per unit = U x $9
MC = $700
U x $9 = $700
U = $700 / $9 = 77.78, so we round up to 78 units
In order to maximize profit, each additional unit of labor must generate 78 additional units of output.
Answer:
$52,435.00
Explanation:
After 3 years the future value of 100,000 at 6 percent will be
FV = PV × (1+r)n
=FV = 100,000 x (1 +0.06)3
FV = 100,000 x 1.191016
FV = 119, 101.60
The interest will be 119, 101.60 - 100,000
=19,101.60
The depreciation over 9 year period, per year will be
=1/9 x 100,000
=11, 111.11 per year
3 year depreciation = 33,333.33( 11,111.11 x 3)
The investment must generate at least
19,101.60 + 33,333.33
=$52,434.93
=$52,435.00
Answer:
I think the answer is B
Explanation:
if theres a drop in supply there will be a price change aswell, most of the time increases the price of products.
Answer:
a) True
Explanation:
Sales = Opening + Production - Closing
$200,000 = $22,000 + Production - $24,000
Production = 202,000 Units
Hence, the answer is a. True
Answer:
6%
Explanation:
Data provided as per question is as given below:-
Redeemed amount = $1,000
Sale value of Bond = $687.25
Number of year = 5
The computation of interest rate is as shown below:-
Interest rate = (Redeemed amount ÷ Sale value of bond) ^ (1 ÷ Number of Year) - 1
= (1,000 ÷ 747.25) ^ (1 ÷ 5) - 1
= (1.338) ^ (0.2) - 1
= 0.06
= 6%
