Answer:
11.11%
Explanation:
The computation of the return on assets is given below:
But before that following calculations need to be done
Total assets = Total debt ÷ Total debt ratio
= $657,000 ÷ 0.31
= $2,119,354.839
Total equity = Total Assets - Total Debt
= $2,119,354.839 - $657,000
= $1,462,354.839
Net profit = Total equity × Return on equity
= $1,462,354.839 × 0.161
= $235,439.129
And, finally
ROA = Net profit ÷ Total Assets
= $235,439.129 ÷ $2,119,354.839
= 11.11%
That answer is True because it says that the lowest possible quality and it is true
I’ll say it’s A
But I think it’s C
It’s gonna be either A or C
Cost = $4,000
Revenues = $3,200 per year
Life = 5 years
Payback period calculation:
Year ----- Cash flow -------- Investment
Yr 0 ----- ------------ -4,000
Yr 1 ------ 3,200 ----------- -800
Yr 2 ------ 3,200 -------------- 0
Payback period lies between year 1 and 2.
Therefore,
Payback period = 1+ 800/3200 = 1+0.25 = 1.25 years
The 95% confidence interval will be wider than the 90% confidence interval.
In statistics, the likelihood that a population parameter will fall between a set of values for a certain percentage of the time is referred to as a confidence interval. Analysts frequently employ confidence ranges that include 95% or 99% of anticipated observations. Therefore, it may be concluded that there is a 95% likelihood that the real value falls within that range if a point estimate of 10.00 with a 95% confidence interval of 9.50 - 10.50 is derived using a statistical model.
- The level of certainty or uncertainty in a sampling process is measured by confidence intervals.
- Additionally, they are employed in regression analysis and hypothesis testing.
- To determine statistical significance, statisticians frequently combine confidence intervals with p-values.
- 95% or 99% confidence levels are most frequently used in their construction.
Learn more about Confidence interval, here
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