Answer:
involve an immediate cash outlay in order to obtain a future return
require a great deal of analysis prior to acceptance
Explanation:
A capital budgeting decision refers to an investment and the financial commitement. If we considered a project so here the business is making the financial commitment and at the same time it invest in the longer period that have an influence on the future projects
So it is an instant cash outflow for gaining a future return and also have a great deal before accepting it
Answer:
Explanation:
Given that:
a)
1$ = Can $1.12
It takes a value of 1 U.S dollar to have 1.12 Canadian dollars. This signifies that the U.S dollar is worth more than Canadian dollars.
b)
Assuming that the absolute Purchasing Power Parity PPP holds,
Since 1$ = Can $1.12, the cost in the United States of an Elkhead beer, if the price in Canada is Can$2.85 can be determined to be:
= 
= $2.545
c)
Yes, the U.S. dollar is selling at a premium relative to the Canadian dollar.
This is because we are being told that the spot exchange rate for the Canadian dollar is Can $1.12 & in six (6) months time the forward rate will be Can $1.14.
d)
The U.S dollar is expected to appreciate in value because it is trading at a premium in the forward market.
e)
Canada has higher interest rates. This determined by using the formula:
= 
where; n= numbers of years = 6 month/12 month = 0.5 year
Then;
= 0.0356
= 3.56%
Answer:
unchanged, higher
Explanation:
The discouraged workers are those workers who can do work but at current they are not employed and are not looking for the work or they are unemployed since long
In the given case, there are approximate 5,000 discouraged workers who are looking for job but the population would remain unchanged and the number of people in the labor force would be risen or high
Answer:
front-line staff
Explanation:
just took the quiz (vote brainliest plssss)
Future value<span> is the </span>value<span> of an asset at a specific date. It measures the nominal</span>future<span> sum of </span>money<span> that a given sum of </span>money<span> is "worth" at a specified time in the</span>future<span> assuming a certain interest rate, or more generally, rate of return; it is the present </span>value<span> multiplied by the accumulation function.</span>
