If 150 million workers produced America's GPD in 2013, according to the "World View" above, the average worker produced <span>97,333 output.</span>
Answer:
13,152.5
Explanation:
Given the the above parameters as mentioned in the question
To calculate the PV (Present Value)
We have PV = 5000 * 1.05 * [ 1/(1.0575)² + 1/(0.625)³ + 1/(1.065)⁴]
PV = 5000 * 1.05 * (0.8942094350 + 0.8337064929 + 0.7773230908) =
=> PV = 5000 * 1.05 * 2.5052390187
= 13,152.50
Therefore, in this case, using the forward rates, the present value of this annuity a year from now is 13,152.50
A wage is paid periodically upon finished work or upon a finished number of work hours. A salary is paid usually monthly regardless of how much you worked, it's like a fixed income. A commission is a type of work where you get all the money at once, once you're done with the work. This is how artists earn from paintings or composing songs or things like that.
Answer:
d. more consumer goods can only be produced at the cost of fewer capital goods.
Explanation:
The production possibility curve is a curve that shows the two combinations of goods and services produced in an economy when its resocurces are fully employed.
To increase the production of one good, more quantity of the other good has to be given up.
The opportunity cost of production increases as more quantity of one good is produced.
In this question, to produce more consumer goods, fewer capital goods would be produced.
I hope my answer helps you
Answer: Please refer to the explanation section
Explanation:
When a consumer is choosing between two goods which are considered to be perfect substitutes , the optimal bundles choice will be the number of good x and good z that will yield maximum utility is found the ratio of Marginal utility of good x and marginal utility of good z equals the ratio of the Price of good x and the price of good z or The Marginal utility of good x per dollar must be equal to the marginal utility of good z per dollar.
Marginal Utility of good x = MUx
Marginal Utility of Good z = MUz
Utility function = U(qx,qz)
qx and qz maximises U(qx,qz) when
= 
or 
When she receives the same marginal utility per dollar in good x and good y, utility is maximized
