Answer:
Work sampling.
Explanation:
Work sampling is the measurable strategy for deciding the extent of time spent by workers in different characterized classifications of activity.
Answer:
digital convergence.
Explanation:
Digital convergence corresponds to a technology that guarantees the possibility of multimedia access to a single device such as a smartphone, which has text, photo, video, audio functions in one device, making access easier, simpler and faster.
It is possible, for example, to answer a work email while listening to music, all done through your cell phone.
Answer:
a. The best estimate of the company’s cost of equity capital using the arithmetic average growth rate in dividends is 10.91%
a. The best estimate of the company’s cost of equity capital using the geometric average growth rate is 10.88%
Explanation:
a.
Time Dividend per share ($) Growth
-4 1.80
-3 1.98 10.00%
-2 2.05 3.54%
-1 2.16 5.37%
0 2.24 3.70%
Average 5.65%
D0 = $ 2.24 / share
g = 5.65%
D1 = D0 x (1 + g)
= 2.24 x (1 + 5.65%)
= $ 2.37
Current share price = P = $ 45 = D1 / (Ke - g)
The cost of equity = D1 / P + g
= 2.37 / 45 + 5.65%
= 10.91%
Therefore, The best estimate of the company’s cost of equity capital using the arithmetic average growth rate in dividends is 10.91%
a. What if you use the geometric average growth rate?
A DPS of $ 1.80 / share 4 years back has given way to a DPS of $ 2.24 today.
CAGR, g = (2.24 / 1.80)1/4 - 1
= 5.62%
D1 = 2.24 x (1 + g)
= 2.24 x (1 + 5,62%)
= $ 2.37
cost of equity = D1 / P + g
= 2.37 / 45 + 5.62%
= 10.88%
Therefore, The best estimate of the company’s cost of equity capital using the geometric average growth rate is 10.88%
Answer:
Monthly installment = $2,202.17
Explanation:
<em>Loan Amortization: A loan repayment method structured such that a series of equal periodic installments will be paid for certain number of periods to offset both the loan principal amount and the accrued interest.
</em>
The monthly installment is computed as follows:
Monthly installment= Loan amount/annuity factor
Loan amount = 200,000
Annuity factor = (1 - (1+r)^(-n))/r
r -monthly rate of interest, n- number of months
r = 1% = 0.01, n = 20× 12 = 240
Annuity factor = ( 1- 1.01^(-240) )/0.01
= 90.81941635
Monthly installment = 200,000/90.819
= 2,202.172
Monthly installment = $2,202.17
Relevant hope this helps.
