Answer:
d. 3.5 years
Explanation:
We know that payback period is the estimated length of time it takes cash inflow from a project to recover back the cash outflow.
It is to be noted that the payback period makes use of cash flow and not profit, hence denoted by;
Payback period = Initial cost / Annual net cash inflow
Given that;
Initial cost = $420,000
Annual net cash inflow = $120,000
Therefore,
Payback period = $420,000 / $120,000
Payback period = 3.5 years
A scientific theory is one that is supported by many years of experimentation all supporting the hypothesis.
Answer and Explanation:
Given:
μ = 75 million
SD = 17 million
Probability (x) raw data = 110 million
Computation:
= Probability (x) < 110 million
= Probability [(x-μ) / SD] < [(110 - 75) / 17]
[(x-μ) / SD] = Z
= Probability [z] < [(35) / 17]
= Probability [z] < [2.05882353]
Using z calculator:
P-value from Z-Table:
Z score = 0.98024
Therefore, probability is 0.98024
Answer:
(9,594)
Explanation:
The net cash movement during a period the sum of cashflow from operations (CFO), cashflow from investing activities (CFI) and cashflow from financing (CFF) activities. On the other hand, that net cash movement is also calculated as the difference between end of year cash position and start of year cash position. Given that, we have the equation as below:
End of year cash position - Start of year cash position = CFO + CFI + CFF
Putting all the number together, we have:
7,102 - 6,836 = 15,435 - 5,575 + CFF
Solve the equation, we have CFF = (9,594)
Answer:
The answer is D, Execution System.
Explanation:
Supply chain Execution system is a system that ensures the delivery of materials or orders to the concerned departments. So in this example, when a company is having difficulty with timely delivery of parts to its manufacturing plants, the company should implement the Supply Chain Execution System in order to ensure the timely delivery of the material to the manufacturing plant of the company.
