Answer:
PV= $35,217,78
Explanation:
Giving the following information:
Future value= $2,500,000
Number of periods= 63 years
Interest rate= 7% compounded annually
<u>To calculate the value of the prize today, we need to use the following formula:</u>
PV= FV/(1+i)^n
PV= 2,500,000 / (1.07^63)
PV= $35,217,78
Below are the <span> two reasons why the data might not support the hypothesis:
</span><span>
1) The hypothesis was wrong
2) The data is wrong
A hypothesis is a proposed thought that may clarify a perception or marvels. It is confirmed by testing it. In the event that the information bolsters the theory, at that point, we view the speculation as checked and genuine. Assuming, be that as it may, the information does not bolster the speculation or discredits it, at that point the theory is in a bad position, and we need to concoct an alternate speculation to clarify the perceptions.
</span>
Answer:
3 billion
Explanation:
the financial account will be the cash inflow less the cash outflow:
Increase in foreign holdings of assets in the United States = $4 billion Increase in U.S. holdings of assets in foreign countries = -$1 billion
4 billion of dollar enter the US from aboard while 1 billion left the country with destination aboard in total the financial account will be:
4 billion - 1 billion = 3 billion
Answer: True
Explanation:
Variable selling and administrative expenses increase with the number of sales so in order to get them, one needs to multiply the number of sales by the variable and administrative expenses.
This also goes for the budgeted variable selling expenses. To find out these costs, multiply the expected variable and admin expenses by the budgeted number of sales. The amount you get will show the amount of variable expenses to budget based on the sales you budgeted.
Answer:
Option c) how a consumer might trade off different levels of consumption of each of two goods, while staying at the same utility level.
Explanation:
This is the very definition of an indifference curve. The points in an indifference curve are the combinations of the quantities (level of consumption) of two different goods which will produce the very same utility to the consumer. The consumer will perceive any of those combinations as having the same utility for him.
For example, a usual graph of various indifference curves will look like the graph attached.
In this graph the combination of 2 pairs of shoes and 15 pants will be perceived as having the same utility as the combination of 5 pairs of shoes and 4 pants. Both are combinations in the same indifference curve, the green one, and the utility of any combination lying in that green curve will be rated the same: u = 1.
