Answer:
You will need to have $ 55,006.94
Explanation:
We need first to consider the following details according to the problem
We have a Annuity amount of $ 2900, a Rate(r)= 0.51%, and a Time(n)= 5 years (or 20 quarters )
.
To reach to the money that we would need to have in the bank today to meet the expense over the next four years we use the following formula:
PVA= annuity amount × [1 - (1 / (1 + r)n)] / r
PVA= $ 2900 x[ 1-{ 1/(1+0.0051)20)]/0.0051
PVA= $ 55,006.94
Answer:
d. $672.41 per service call
Explanation:
The computation of the activity rate for servicing goods is shown below:
= (Total servicing good cost) ÷ (Total service calls)
= $195,000 ÷ 290
= $672.41 per service call
The total service call would be
= JIT distributors + Non-JIT distributors
= 200 + 90
= 290
All other information which is given is not relevant. Hence, ignored it
Answer:
An entrepreneur is a person who finds an economic opportunity in the market, and exploits it for his own benefit and the benefit of his employees and constomers by setting up a firm.
Explanation:
Three characteristic of an entrepreneur:
Opportunity seeking: entrepreneurs "scan" the market, seeking for market niches that have not been exploited.
Work-ethic: entrepreneurship is a difficult task, especially during the first years of the company. It demands very long work hours, and the entrepreneur must be willing to do that in order to be successful.
Risk-taking: entrepreneurs should evaluate risk when taking decisions, but they should not be the most risk-averse indidivuals. They have to take risks in certain situations because otherwise, they would not be able to become entrepreneurs at all.
A command economy would be an economic system that is the opposite of capitalism. A command economy could exist in a socialist system as well, whereby the state controls major businesses in an economy and provides close economic planning for a country's industries rather than allowing private ownership and free markets under capitalism.
Answer:
A. 0.9x + 0.3y ≤ 10,000
Explanation:
Given
oil based plant
water based plant
The data can be represented in tabular form as:

Considering only A, we have the following constraints:


Since the company currently has 10000 of A.
The above constraint implies that, the mixture cannot exceed 10000.
So, we have:

<em>Hence, (A) is correct</em>