In order to verify the quality and integrity of completes
visuals, you should NOT ask yourself the question “Is the
visual doing the job?”
<span>One needs to ensure visual and textual
flow in order to have successful integration with text involves for decisions.</span>
Answer:
Long-term investments.
Explanation:
Capital budgeting can be regarded as process that is been utilized by business in determining the type proposed fixed asset purchases that need to be declined or should be accepted. This process helps in creating quantitative view as regards the proposed fixed asset investment, so that rational basis to make make a judgment can be surfaced. It should be noted that Capital budgeting is the process of analyzing Long-term investments.
Answer:
If the effective tax rate increases then the net savings coming from investments will get lowered as a result the investment will have higher payback period (The increase in effective tax rate would lower demand of the product which means there is decline in net saving arising from the sale of the product). Likewise this decrease in annual net savings will also decrease the internal rate of return which shows that their are increased chances of project rejections. The NPV method is based on cash flows and relevant costing just like IRR and payback method but the only difference is that it assumes that the cash earned would be reinvested at cost of capital. The NPV will also decrease due to increased effective tax rate.
Answer:
40%
Explanation:
For computing the manufacturing cycle efficiency, first we have to compute the throughput time which is shown below:
Throughput time = Process time + Inspection time + Move time + Queue time
= 6 + 0.6 + 0.4 + 8
= 15
Now
Manufacturing cycle efficiency (MCE) is
= Value added time (process time) ÷ Throughput time
= 6 ÷ 15
= 40%
We simply applied the above formulas so that the manufacturing cycle efficiency (MCE) could come
Answer:
0.1333
Explanation:
Given that,
Selling price = $5
Variable cost = $3
Annual sales = $20,000
Total sales = $60,000
Contribution margin:
= Selling price - Variable cost
= $5 - $3
= $2
Number of units sold:
= Annual sales ÷ Selling price
= $20,000 ÷ $5
= 4,000 units
Total contribution sales:
= Number of units sold × Contribution margin per unit
= 4,000 units × $2
= $8,000
Weighted contribution:
= Total contribution sales ÷ Total sales
= $8,000 ÷ $60,000
= 0.1333
