Answer:
2.96% will be effective rate of the investment
Explanation:
First year:
1,000 x 1 + 10%) = 1,100
<em><u>Second year: </u></em>
1,100 + 3,000 = 4,100 invesmtent balance
4,100 x (1 - 5%) = 3,895
<em><u>Third year:</u></em>
3,895 + 2,000 = 5,895
5,895 x (1 + 2%) = 6012.9
<em><u>Fourth year:</u></em>
6012.9 + 500 = 6512.9
6,512.9 x (1+ 8%) = 7033.932
We calcualte rate that is equivalent with the following cash flow:
We solve using excel goal seek
0.029646151
If the standard deviation is 20.98%. The range you should expect to see with a 95 percent probability is: -31.02 percent to +52.9 percent.
<h3>Expected range of return </h3>
Expected range of return = 10.94 percent ± 2(20.98 percent)
Expected range of return =[10.94 percent- 2(20.98 percent)]; [10.94 percent + 2(20.98 percent)]
Expected range of return =(10.94 percent- 41.96 percent); (10.94 percent + 41.96 percent
Expected range of return = -31.02 percent to +52.9 percent
Inconclusion the range of returns is: -31.02 percent to +52.9 percent.
Learn more about expected range of return here:brainly.com/question/25821437
Answer:
$6,312.38
Explanation:
Bradley snapp deposited $5,000 in an investment account
He was given a rate of 6% compounded annually
He plans to leave the money there for 4 years when he will make a down payment on a car
Therefore the down payment which he will be able to make can be calculated as follows
= $5000×(1+0.06)^4
= $5000×1.06^4
= $5000 × 1.26247696
= $6,312.38
Hence the down payment Bradley will be able to make is $6,312.38
Answer
The answer and procedures of the exercise are attached in a microsoft excel document.
Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
Answer:
input requirements per unit of output.
Explanation:
A company has absolute advantage in the production of a good or service if it produces more quantity of a good when compared to other countries
For example, country A produces 10kg of beans and 5kg of rice. Country B produces 5kg of beans and 10kg of rice.
Country A has absolute advantage in the production of beans while country B has absolute advantage in the production of rice