Answer:
a. What is the MRP?
marginal revenue product = marginal product of labor x marginal revenue per output unit
MRP = 1,500 packages x $0.10 per package = $150
marginal resource cost (MRC) = $100 (the cost of renting the delivery truck)
The company should add the delivery truck because MRP is higher than MRC.
b. Now suppose that the cost of renting a vehicle doubles to $200 per day. What are the MRP and MRC in this situation?
MRP = $150 (doesn't change from question a)
MRC = $200 (the cost of renting the delivery truck)
The company should not add the delivery truck because MRP is less than MRC.
c. Next suppose that the cost of renting a vehicle falls back down to $100 per day, but, due to extremely congested freeways, an additional vehicle would only be able to deliver 750 packages per day. What are the MRP and MRC in this situation?
MRP = 750 packages x $0.10 per package = $75
MRC = $100
The company should not add the delivery truck because MRP is less than MRC.
Answer:
It’s A the nominal interest rate
Explanation:
the answer to this question is 4.70%
Answer:
D) productive efficiency and allocative efficiency but not necessarily equity.
Explanation:
Countries that have a market economy are capitalistic countries and those that favor command economies (centrally planned) are called socialist countries. No country is totally capitalistic (since governments, taxes, regulations, etc., exist), and no country is totally socialist either. But countries are classified depending on which economic system they favor.
Canada favors free markets, and by doing so, it allows market forces to allocate resources. Consumers are free to decide what to buy and at what price, and producers are free to decide what to sell and at what price. Since private actors are free to decide how to allocate resources, they are allocated more efficiently.
But the negative aspect of capitalism is that income and wealth distribution is very unequal.
You need conversion in this problem to solve it. Since you are already given of all the data, you just need to utilize the data to come up with the answer. You simply have to divide the equivalent units of a barrel with the U.S. barrels and further divide it with the equivalent gallons of U.S. barrel. You can get $2.24 ($94 / 31.5 / 1.33).<span> </span>
