Answer:
$298,206
Explanation:
The computation of the Net present value is shown below
= Present value of all yearly cash inflows after applying discount factor + salvage value - initial investment
where,
The Initial investment is $1,500,000
All yearly cash flows would be
= Annual net operating cash inflows × PVIFA for 20 years at 17%
= $319,522 × 5.6278
= $1,798,206
Refer to the PVIFA table
Now put these values to the above formula
So, the value would equal to
= $1,798,206 - $1,500,000
= $298,206
The Potential<u> </u><u>Privacy and Security Issues</u> is a major flaw of the BYOD Strategy.
<h3>What is the BYOD Strategy?</h3>
BYOD a strategy in telecommunications security that allows business partner and workers to use their own devices to access the company's network, applications, and access company information.
Whilst it is cost savings in terms of hardware and provides convenience, it exposes the company to a lot of insecurity.
See the link below for more about the BYOD Strategy:
brainly.com/question/7229227
Answer:
a. Leslie, who is independent and self-confident. She doesn’t need people to tell her what to do.
b. Malcolm, who loves to play. His last boss says that Malcolm was the "chief kid" in his last office.
c. Frankie, who has been in the toy business for 10 years and who knows what he’s doing, but who always likes testing a new idea.
Explanation:
In this scenario the CEO of a start-up toy manufacturer wants to create at least 10 wildly different toys in the next three years.
He will primarily need people that are creative and are inclined to work with new ideas.
The wrong choice will be someone who follows the rules and is stable. Such a staff will not contribute new ideas that will move the company to make profits.
Leslie is confident and does not need to be told what to do, so she will take initiative to do new things.
Malcolm loves to play and this will boost creative ideas.
Frankie likes testing new ideas and will be comfortable working creatively.
Answer: 60.98%
Explanation:
Probability that it is a brand 1 DVD player that needs repair work = Probability of brand 1 DVD needing repairs / Probability that a DVD player will need fixing while under warranty
Probability of brand 1 DVD needing repairs = Brand 1 sales percentage * Percentage of brand 1 needed repair
= 50% * 25%
= 12.5%
Probability that a DVD player will need fixing while under warranty = (50%* 25%) + (30% * 20%) + (20% * 10%)
= 20.5%
Probability that it is a brand 1 DVD player that needs repair work = 12.5% / 20.5%
= 60.98%
Answer:
Holding Period return is 6.25%
Explanation:
The return received on the asset in the period in which it is held is called holding period return. It included the interest / dividend received and change in the initial price and current price.
According to given data
Initial Price of stock = $48
Expected Value in coming year = $46
Expected Dividend = $5
Formula for Holding Period Return
HPR = [ Income + [ ( Expected value - Initial Value ) ] / initial value
HPR = [ Expected Dividend + [ ( Expected value - Initial Value ) ] / initial value
HPR = [ $5 + ( $46 - $48 ) ] / $48
HPR = [ $5 - $2 ] / $48
HPR = $3 / $48
HPR = 0.0625 = 6.25%