Answer:
You must deposit $14,824.07
Explanation:
Giving the following information:
Sister:
Investment= $14,000
Interest rate= 10.5%
Number of years= 9
You:
Investment=?
Interest rate= 9.8%
Number of years= 9
First, we need to calculate the future value of your sister:
FV= PV*(1+i)^n
FV= 14,000*(1.105^9)= $34,386.55
Now, we can determine your deposit:
PV= FV/(1+i)^n
PV= 34,386.55/ (1.098^9)= $14,824.07
Answer:
can be achieved by exploiting resources that are competitively valuable, rare, and hard to imitate by rivals
Explanation:
A resource-based strategy is a form of the technique used by business managers to efficiently utilized the existing and valuable resources of the firm. These resources would be difficult to come by for the competitors such that it is hard for competitors to replicate. Thereby leading a sustainable or long term competitive advantage to the firm
Hence, in this case, the correct answer is A resource-based strategy "can be achieved by exploiting resources that are competitively valuable, rare, and hard to imitate by rivals."
Answer and explanation:
<em>Forgetting to pay debts has a detrimental effect on the length and interest payment of a loan</em>. The more a consumer falls behind in the repayment of a debt the longer it will take to pay off the total amount owed. Besides, the interest rate is recalculated by the financial institution implying more interest will be paid.
Therefore, forgetting to pay debts must be avoided. <em>Setting automated payments is a good measure to avoid such circumstances.</em>
Answer:
The producer is experiencing diminishing marginal product.
Explanation:
The law of diminishing return explains that every additional unit consumed will have less utility/return than the previous one. Same is the case with labor productivity. The first unit of labor will yield maximum return, every additional unit will result in lesser return/productivity than the previous unit. The will continue up to the point of maximum return. After that point adding additional resources will yield less total output.
