Answer:
Ans. The average annual rate of return over the four years is 2.792%
Explanation:
Hi, first let´s introduce the formula to use
![r(Average)=\sqrt[n]{(1+r(1))*(1+r(2))*(1+r(3))+...(1+r(n))}-1](https://tex.z-dn.net/?f=r%28Average%29%3D%5Csqrt%5Bn%5D%7B%281%2Br%281%29%29%2A%281%2Br%282%29%29%2A%281%2Br%283%29%29%2B...%281%2Br%28n%29%29%7D-1)
Where:
r(1),(2),(3)...n are the returns in each period of time
n =number of returns to average (in our case, n=4).
With that in mind, let´s find the average annual return over this four years.
![r(Average)=\sqrt[4]{(1+0.025)*(1+0.025)*(1+0.12)+(1-0.07))} -1=0.022792](https://tex.z-dn.net/?f=r%28Average%29%3D%5Csqrt%5B4%5D%7B%281%2B0.025%29%2A%281%2B0.025%29%2A%281%2B0.12%29%2B%281-0.07%29%29%7D%20-1%3D0.022792)
Therefore, the average annual return of this invesment in 4 years is 2.2792%
Best of luck.
Answer:E. The human resource department did not promote Fatima because they thought that she would not be able to travel as frequently as the job requred because she has two young children.
Explanation: This action constituted a breach of the Civil Rights Act.
The right answer is C absolutely
Answer:
$686
Explanation:
the journal entries necessary to record the sale:
June 15, inventory sold on account to Sunglass Hut, terms 2/10, n/30
Dr Accounts receivable 1,000
Cr Sales revenue 1,000
June 20, partial return of purchase from Sunglass Hut
Dr Sales returns and allowances 300
Cr Accounts receivable 300
June 24, invoice is paid within discount period
Dr Cash 686
Dr Sales discounts 14
Cr Accounts receivable 700
Answer:
A. 6.82%
Explanation:
Yield to Maturity is a discounting rate which equals all the cash outflows related to bond with the present /current market value of bond. YTM is calculated by trial and error method. Since the options are available in the question, we can use those options to find out correct YTM.
First we are taking YTM 6.82%
Semi-annual YTM = 3.41%
Coupon Interest semi annual = 1000*5.2%*1/2
= $26
No of times interest paid = 10*2
= 20
Present Value of bond
= Coupon Interest*PVIFA (YTM, 20) + Par Value x PVIF (YTM, 20)
= 26*PVIFA (3.41%, 20) + 1000*PVIF(3.41%, 20)
= (26*14.32884) + (1,000*0.511386)
= 372.55 + 511.39
= $884
At YTM 6.82% all the future cash flows of bond is equals to its current value.
Therefore, The correct YTM is 6.82%