We are asked to find the APR on this load.
Given:
Purchased price: $2,900,000
Monthly payment: 14,900
Amount borrowed: 0.80($2,900,000) = $2,320,000
Using the PVA equation:
PVA = $2,320,000 = $14,900 [{1-1/(1+r)]^360}/r]
r = 0.560%
APR is the monthly interest rate times the number in months of the year.
APR = 12(.560) = 6.72%
Answer:
Transportation costs.
Explanation:
Alfred Weber lamented in his theory that the industries would set up where the least cost of transportation of raw material and finished goods would incur.
- He determined transportation costs on the basis of the difference of weight of raw material coming in and final product going out. And the proximity to the source of raw material.
Answer:
c. An agency relationship
Explanation:
An agency relationship is a mutual relationship, in which one person (i.e the principle ) gives a permission to an agent so as to act on their behalf.
In this relationship the agent must consent to the instructions of the person i.e the principle.
Here in the question, Stefanie acting as Principal who has directed the agent (which is the bank in the given case ) to execute a task.
Answer: -0.5
Explanation:
Based on the information given, the price elasticity of demand will be calculated as follows:
= dQ/dP × P/Q
where,
dQ/dP = -1
P = 100
Q = 200 – P + 25 U – 50 P beer
Q = 200 - 100 + 25(8) - 50(2)
Q = 200 - 100 + 200 - 100
Q = 200
Therefore, dQ/dP × P/Q
= -1 × (100/200)
= -1 × 1/2
= -1 × 0.5
= -0.5
The price elasticity of demand is -0.5.
