Strategic partnerships are seen as one of the foundations of supply chain management.
Answer:
140°F
Explanation:
140°F is ordinary temperature for eliminating microscopic organisms, yet it will likewise effect and truly burn individuals. In this regard, sherry knows about that, which is the reason she comprehend that she needs to hold back to consume it. High temperatures, 140°F or more, ought not be brought into normal private or business pipes that go to end client taps and showers etc.
Answer:
The marginal benefit from selling the vane without restoring it is $200.
Explanation:
Marginal benefits are the extra income a company can get from selling one additional unit of production.
Zane had already spent $250 in purchasing the vane and the restoration process.
Zane has two options:
- Sell the vane as it is for $200.
- Keep restoring the vane, spend $200 more and sell the vane for $500.
If Zane decides to sell the vane as it is, his marginal benefit will be $200. That would not be enough to cover his costs, this transaction will result in a $50 loss.
If Zane decides to continue the restoration, then his marginal costs will be $200 extra, but his marginal benefit would be $500. If he chose this option he could end up earning a $50 profit.
Answer:
- Single asset = Coefficient of Variation
- Portfolio = Beta
Explanation:
When dealing with standalone risk, coefficient of variation is best because it shows the amount by which the asset's returns might deviate from the average returns of the market.
As for portfolio assets that are well diversified, the best measure would be beta because diversified portfolios deal with systematic risk and beta shows the movement of the portfolio in relation to the market and so will show that systematic risk.
Answer:
The predetermined overhead rate for the recently completed year was $25.33
Explanation:
The formula to compute the predetermined overhead rate is shown below:
Predetermined overhead rate = (Total estimated manufacturing overhead) ÷ (estimated direct labor-hours)
where,
Total estimated manufacturing overhead = Estimated total fixed manufacturing overhead + estimated variable manufacturing overhead rate × estimated labor hours
= $1,230,440 + $3.12 × 55,400 hours
= $1,230,440 + $172,848
= $1,403,288
Now put these values to the above formula
So, the rate would equal to
= $1,403,288 ÷ 55,400 hours
= $25.33
