Answer:
b. 26
Explanation:
Marginal utility refers to the utility gained by the consumption of an additional unit of a commodity. It is the satisfaction enjoyed by a consumer for the additional use of a unit of a good or service.
Given that the total marginal utilities is 105 and the marginal utilities of the first, second, and fourth sodas are 35, 28, and 16 respectively, the marginal utility of the third soda
= 105 - (35 + 28 + 16)
= 26
Answer: affidavit
Explanation:
An affidavit is a written statement that implies that one is saying nothing but the truth. It is used to price that an issue is true in the court.
Many private sector organizations require a formal statement, called an affidavit which provides search authorization and furnishes much of the same information usually found in a public sector search warrant.
Answer:
d. portion of FICA taxes and any voluntary deductions.
Explanation:
The net pay or take-home salary is computed below:
= Gross earnings - income tax withholding - employee's portion of FICA taxes - voluntary deductions
The FICA tax comprises of medicare tax and the social security in which the contribution of both employer and employee is required.
So, after deducting the FICA taxes, deductions, and income tax withholding from the gross earning, the net income come
Answer:
Machine K
Explanation:
The values can be better computed as:
Year 0 1 2 3
J 11000 1200 1`300
K 13000 1200 1300 1400
Using the PV Calculator
The Present Value (PV) for each year in Machine J is as follows:
Cashflow Year Present Value
11000 0 11000
1200 1 1085.97
1300 2 1064.68
Total 13,150.65
The effective annual cost = 

= $7628.16
Using the PV Calculator
The Present Value (PV) for each year in Machine K is as follows:
Cashflow Year Present Value
13000 0 13000
1200 1 1085.97
1300 2 1064.68
1400 3 1037.63
Total 16,188.28
The effective annual cost = 

= $6566.92
Therefore, machine K is better to buy than machine J.
Answer:
80%
Explanation:
The capacity utilization rate evaluate the proportion of potential economic output that is actually realized.
To solve for theoretical utilization, we use the following formula as given below;
Theoretical Utilization = {p/(ma)}×100
Where we have our variables as,
p=16
m=4
a=5
Imputing variables into the formula we have
Theoretical utilization = {16÷(4×5)}×100
= {16/20}×100
=0.8×100
=80%