Answer:
Productive; Allocative
Explanation:
The production possibility frontier shows the various combinations of two products that a limited resource.can produce.
So in competitive markets any choice along the PPF shows productive efficiency (where increased production of one good leads to reduced production of the other).
A specific choice by society on the PPF is allocatively efficient (concerned with consumer satisfaction, consumers choose which good will most satisfy them).
Answer:
The cost that varies depending on the values of the decision variables is a: ____________
c. relevant cost.
Explanation:
The relevant cost affects a decision outcome. It is not like the sunk cost, which is fixed in total, no matter the decision being made. A relevant cost is also known as a differential or incremental cost, because it makes a different under some decision alternatives. Relevant costs are important to consider whenever a business entity is making a buy or make decision. Relevant costs have their unit costs fixed while the total costs vary according to the alternatives.
She made no profit she had to used 10$ extra to buy the 80$ bike and sold it for 90$ therefore she made the ten back this is what i think hope this helps
Answer:
a) If the homeowner has the $6000 available for the project, what would the cost of electricity from the power company need to be greater than ($/kW-hr) to make the project viable if other investments are providing 8% interest. ($0.0545/kW-hr)
we can use the present value of an annuity formula:
PV = monthly savings x annuity factor
- PV = $6,000
- Annuity factor, 300 periods, 0.6667% = 129.52005
monthly savings = $6,000 / 129.52005 = $46.3249
price of kW-hr = $46.3249 / 850 = $0.054499851 ≈ $0.0545
b) If the homeowner had to borrow the $6000 from the bank at 5% interest for 10 years (monthly payments) what would the cost of electricity need to be greater than in $/kWhr from the power company to make the project viable if other investments are providing 8% interest. ($0.0476/kW-hr)
the monthly payment to cover the loan = PV / annuity factor
- PV = $6,000
- Annuity factor, 120 periods, 0.4167% = 94.28033
monthly payment = $6,000 / 94.28033 = $63.64
price of kW-hr = $63.64 / 850 = $0.074870588 ≈ $0.0749
Answer is buy and sell goods
