Answer:
The $125 income from the new job - relevant (A)
The $40 income from the library - irrelevant (B)
The $50 nonrefundable registration fee Isabella paid for the basket-weaving class - irrelevant (C)
The $15 cost for gas - relevant (D)
The $75 per month that Isabella spends for clothing and The time Isabella spends volunteering at the animal sanctuary. - Irrelevant (E)
Explanation:
(A) the income from the new job is relevant. It is the wages she will receive per week
(B) the library is irrelevant as it would not have to leave this job
(C) that is a sunk cost. Is irrelevant for the decision making
(D) the gas is a variable cost related to the job offer. It is relevant
(E) the consumer preferences are not relevant for their decision on the job offer. Also their volunteering is irrelevant. Is not related to the job
Well i would say use a conventional loan but that is only for short term loans
Answer:
$159,000
Explanation:
We are going to compute an A which is equivalent to $100,000 at the end of 10 years.
Therefore:
A= $100,000 (A/F, 5%, 10)
= $100,000 (0.0795) = $7,950
Infinite series is :
P= A/i= $7,950/0.05= $159,000
Therefore the money needed is $159,000
Answer:
a). A. decrease the length of your showers
B. turn water off while brushing your teeth
b). does
Explanation:
When the cost of the tap water increases and it gets triple, following some of the practices can help reduce the cost of the tape water used and it will also reduce the consumption of water. Some of the changes that I can include are:
-- I can lower the length of the shower so that less amount of water is used and more water is saved.
-- It is a good habit to turn off the water while we are brushing and only turn on the tape or open the tape whenever it is necessary. In this way we can prevent wasting water and reduce our water consumption.
Thus we can say that the consumption of the tape water does obey the law of demand.
Answer:
The pension expense for the year is 198,400
Explanation:
According to the reports received by the company we have the following relevant data to calculate the pension expense for the year:
Service cost of $ 193,000
Interest cost of $ 31,000
Considering that the long-term expected rate of return on plan assets is 10%, then $ 256,000×10%= 25,600
Pension expense for the year= Service cost of $ 193,000 +Interest cost of $ 31,000-25,600= 198,400.
