Answer:
A. strategy implementation.
Explanation:
Strategy implementation -
It refers to the practice of complying all the strategies and plans in order to attain some goal , is referred to as strategy implementation .
The practice require proper thinking and method , in order to plan in a very proper manner to accomplish the goal .
The process require some documents or soft copy of the steps involved and the rate of progress to track the project in a very concise manner .
Hence , from the given scenario of the question ,
The correct answer is A. strategy implementation.
Answer:
$1,720
Explanation:
Total annual premium for both Karen and Mike = $400 + $600 = $1,000
If they insured both cars with the same company, they would save 15% on the annual premiums -> the annual saving = 15% * $1,000 = $150
We use formula FV to calculate the future value of annual payment:
= FV(rate, number of payment, - payment) = FV(3%,10,-150) = $1,720
Answer:
$25,200
Explanation:
Given that,
Planned sales for the month = $42,000
Planned EOM stock = $60,000
Planned reductions = $4,800
BOM inventory = $72,000
Merchandise commitments for delivery = $9,600
open-to-buy at retail:
= Planned sales for the month + Planned End of Month Inventory - BOM inventory - Planned reductions
= $42,000 + $60,000 - $72,000 - $4,800
= $25,200
Based on the description above, it is an example called automated retailing. This is being described as a self-service category in which individuals are likely to buy products from a machine that sells products in a way that they reach the customers in a more innovative and a non-traditional technique that makes it more appealing to the public.
Answer:
for (i = 0; datasamples[i] < NUM_POINTS ; ++i) {
if(datasamples[i] < minVal) {
datasamples[i] = datasamples[i] * 2;
}
}
Explanation:
In this particular problem, we are trying to look at each value in the datasamples array, and double it. This calls for the use of an index variable.
The index variable will keep track of the position within the array as we move from left to right. Starting on the left, at index 0, we will move right until we are at the end of the array.
++i takes care of incrementing the index variable each time the loop runs. This is what moves through the array.
The termination condition checks whether if we have iterates all values in the array. Once you've gone past all the values in the array the index variable is pointing all the way at the end.
As soon as the termination condition is false the loop will stop executing. So we will want to run your code while i (the index variable) is less than the size of the array (datasamples.length).
Once you've figured out the for loop bounds, simply check your conditional with an if-then statement before updating the values:
