Answer:
c. Between 9 and 10 years
Explanation:
The computation of the time period is shown below:
Future value = Present value × (1 + interest rate)^number of years
$4,000 = $2,000 × (1 + 7.5% ÷4)^time period ×2
After solving this
The time period is
= 9.3283
Hence, it lies between the 9 and 10 years
Therefore the correct option is c.
And all other options are wrong.
Answer:
you provide settings where employees have the opportunity to converse with all levels of management.
Explanation:
In simple words, employees feel motivated and values when they fell involved in the decisions inside the organisation, as these decisions affects them too.
Generally, the core decisions in any organisation are taken by top managers but they too are dependent on lower level managers for the data they receive. Hence, a network should be set for employees so they can give their suggestions to all levels of managers.
Answer: Speculative inventory
Explanation:
Speculative inventory, is also called the anticipatory inventory, and this occurs when an inventory is purchased so that it can be held for future need. Therefore z buying it early then becomes a necessity.
Therefore, the situation whereby a 4-pack Sensodyne Extra Whitening Toothpaste at $29.99, was bought and will last three months for the family to use is referred to as speculative inventory.
Answer:
C. Monies to meet debt service requirement.
Explanation:
The fund that is reserved to pay for the principal and interest payments on various debts is known as debt service fund. It is kept to reduce risk of debt security for the investors. The risk reduction of a debt security makes it attractive for the investors and also reduces the effective interest rate which is needed while selling the offering.<em> But a portion of the cash that a debt issuer receives from the debt offering is tied and it cannot be utilised for more useful investments.</em>
Answer:
$1 per pound
Explanation:
Marginal utility is defined as the additional satisfaction that a person gains from consumption of an additional unit of a product.
Since Robinson spends all of his money on mangoes and bananas his the marginal utility per price of each product will be equal.
This is called equi marginal utility (Gossens second law).
Marginal utility of mango ÷ price of mango = marginal utility of banana ÷ price of banana
30 ÷ 3 = 10 ÷ price of mango
10 = 10 ÷ price of mango
Cross multiply
Price of mango * 10 = 10
Price of mango = 10 ÷ 10 = $1 per pound
