<span>He encourages his R&D department to develop innovative products and focuses on being quick to respond to market changes. technology sales has an </span>adhocracy culture.
Hope this helps !
Photon
Answer:
The correct answer is A that is smoothing out the random fluctuations.
Explanation:
The higher values of K states the greater number of the values which need to be consider for forecasting.
When consider or taking the larger or the higher value of the irregular fluctuation which could be decreased or reduced.
And as a consequence, the large value of K will be used for smoothing of the random fluctuations.
Therefore, the right answer is smoothing of the random fluctuations.
Answer:
The future value in 5 years is $3,184.87
Explanation:
The figure is arrived by calculating the future of the yearly total service of $600($3*200) by using applicable annuity factor for each of the years from year 1 to 5.
The annuity factor for each year is calculated as (1+r)^n, where r is the rate of return of 2% and the n the year in which the service fee relates to.
Kindly find attached for detailed computations.
The option that is not correct with respect to using bcc for recipients of a message is this:
- It should be the default for all correspondence.
<h3 /><h3>What is the Blind Carbon Copy?</h3>
Blind carbon copy is a way of preventing the recipients of a bulk message from viewing the other addressees. While it is a very good privacy option, it is not expected to be the default for all correspondence.
Sometimes, the addressees might have to view their counterparts so BCC is enabled in such cases.
Learn more about the Blind Carbon Copy here:
brainly.com/question/3594902
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Answer:
a. 2 years
b. 1 year
c. 12 times
Explanation:
Interest period is the duration of the deposit. It is the length of time the money would remain in deposit. This is 2 years according to the question
Compounding period = number of times interest would be paid. In the question, this is a year. So interest would be paid every year
The compounding frequency - it is the number of times the deposit would be compounded. It is 12 months
The future value of the deposit can be determined using this formula :
FV = P (1 + r/m)^nm
FV = Future value
P = Present value
R = interest rate
N = number of years
m = number of compounding