Using the value-to-book version of the residual income valuation approach, the value-to-book ratio is determined as <u>one plus the present value of future residual ROCE.</u>
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Residual income is the earnings an individual has left in spite of everything private debts and prices are paid in personal finance. Residual earnings are the extent used to assist determine the creditworthiness of an ability borrower.
Basically, it's for the amount of cash that is left over after making the important bills. Residual income is a crucial metric because it is one of the figures that banks and lenders observe earlier than approving loans.
In monetary surroundings, residual earnings are the money that someone has left over after their charges are included every month. Passive earnings, but, nevertheless has the identical definition in a financial environment that it does in online commercial enterprise surroundings.
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Answer:
E) $609,000
Explanation:
amount received by Eagle Corp. = bond selling price + accrued interest
= (bond price x quantity of bonds x face value) + (interest x months x quantity of bonds x face value) =
= (0.99 x 600 bonds x $1,000 per bond) + (10% x 3/12 x 600 bonds x $1,000 per bond)
= $594,000 + $15,000 = $609,000
Answer:
The first worker complete the job in 25 days himself
The second worker complete the job in 20 days himself
Explanation:
r1= rate of work done by first worker
r2=rate of work done by second worker
W= total work done
t days= time taken by the 1st worker to complete the job
r1(t)=W
r1=W/t (1)
Then the time taken by the 2nd worker to complete the job is t-5 days.
r2(t−5)=W
r2=W/(t−5) (2)
If 1st worker do the job for 1 hour and then both the worker do the job for 4 hours and 40% work is done, So
r1(1)+(r1+r2)(4)=4W/10
r1+4r1+4r2=4W/10
5r1+4r2=4W/10 (3)
Substitute equation 1 and 2 into (3)
5W/t+4{W/(t−5)}=4W/10
Multiply through by 10(t-5)
5/t+4/t−5=4/10
5(10)(t−5)+4(10)(t)=4(t−5)(t)
50t−250+40t=4t^2−20t
4t^2−110t+250=0
Solving the above quadratic equation using factorization method
4t^2−100t−10t+250=0
4t(t−25)−10(t−25)=0
(t−25)(4t−10)=0
t=25 or t=2.5
2.5 can't be the answer because if we take 2.5 days in which 1st worker completes the work, then the second worker will complete the work in -2.5days which is wrong.
The first worker completes the job in 25 days by himself and the second worker completes the job in 20 days by himself.
Restarted a computer that's on a called a warm boot
Answer:
a-1 Present value = 6,177.39
a2- Present Value =6,227.79
a3- Choose the payment stream with the highest present value = a2
b1- Present Value=3,353.98
b2-Present Value=2,805.28
b3-Choose the payment stream with the highest present value = b1
Explanation:
a-1 describes an ordinary annuity whose present value is calculated as follows:
![Present value =PMT*\frac{[1-(1+i)^-^n]}{i}](https://tex.z-dn.net/?f=%20Present%20value%20%3DPMT%2A%5Cfrac%7B%5B1-%281%2Bi%29%5E-%5En%5D%7D%7Bi%7D)
where PMT=$800; i= 5%, n= 10
![Present value =800*\frac{[1-(1+0.05)^-^1^0]}{0.05}](https://tex.z-dn.net/?f=%20Present%20value%20%3D800%2A%5Cfrac%7B%5B1-%281%2B0.05%29%5E-%5E1%5E0%5D%7D%7B0.05%7D)
= 6,177.39
a2- ![Present value =600*\frac{[1-(1+0.05)^-^1^5]}{0.05}](https://tex.z-dn.net/?f=Present%20value%20%3D600%2A%5Cfrac%7B%5B1-%281%2B0.05%29%5E-%5E1%5E5%5D%7D%7B0.05%7D)
= 6,227.79
a3- If I were receiving these payments annually, I would prefer the payment stream with the highest present value ie a2 -Annual payment of $600 for 15 years at 5% interest.
b1- ![Present value =800*\frac{[1-(1+0.20)^-^1^0]}{0.20}](https://tex.z-dn.net/?f=Present%20value%20%3D800%2A%5Cfrac%7B%5B1-%281%2B0.20%29%5E-%5E1%5E0%5D%7D%7B0.20%7D)
= 3,353.98
b2-![Present value =600*\frac{[1-(1+0.20)^-^1^5]}{0.20}](https://tex.z-dn.net/?f=Present%20value%20%3D600%2A%5Cfrac%7B%5B1-%281%2B0.20%29%5E-%5E1%5E5%5D%7D%7B0.20%7D)
=2,805.28
b3- f I were receiving these payments annually, I would prefer the payment stream with the highest present value ie b1- Annual payment of $800 for 10 years at 20% interest.
