Answer:
$2,340
Explanation:
The computation of cash received from this loan is shown below:-
cash received from this loan = Approved amount - (Approved amount × Two year × Percentage of loan
)
= Approved amount - ($3,000 × 2 × 11%
)
= $3,000 - ($3,000 × 2 × 0.11
)
= $3,000 - $660
= $2,340
Therefore, for computing the cash will Patricia receive from this loan we simply applied the above formula.
Utilities. Since you don't own the property, you are not responsible for paying property taxes. Your landlord should be responsible for any maintenance. PMI is insurance paid on a mortgage - which you wouldn't have as a renter.
Answer:
Option B (By embracing lower operating costs it's much more likely to handle price rises) is the correct choice.
Explanation:
- Cost management or leadership seems to be an organizational practice introduced by Michael Porter. This helps build organizational competitive benefits. Price leadership relates to supplying the market with the cheapest operating costs, which varies from the pricing strategy.
- Sometimes it is driven by performance, size, complexity, reach, infrastructure as well as the perspective of the organization.
Some other options given should not be concerning the condition in question. And the correct response would be alternative B.
Answer:
comparative cost pricing
Explanation:
In comparative cost pricing strategy different prices charged by different seller is presented to buyer. The buyer has freedom to choose any price option based on comparative analysis of price.
In the question given above plumbing firms have given their prices to Rhonda and she chose lowest price which can be explained by comparative cost pricing.
Answer:
The optimal hedge is 0.642 and it means that the size of the future positions should be 64.2% of the exposure of the company in a 3 month-hedge.
Explanation:
optimal hedge ratio
= coefficient of correlation*(standard deviation of quarterly changes in the prices of a commodity/standard deviation of quarterly changes in a futures price on the commodity)
= 0..8*(0.65/0.81)
= 0.642
Therefore, The optimal hedge is 0.642 and it means that the size of the future positions should be 64.2% of the exposure of the company in a 3 month-hedge.
