Answer: When people have insurance against a certain event, the notion that those people are less likely to guard against that event occurring is called a <u>moral hazard.</u>
Explanation: Moral hazard happens frequently in cases of insurance. If a person has a house, they can decide to install a vault because it reduces the risk of being robbed;
However, when the same person has arranged an insurance that covers the risk of theft of the house, they will have fewer incentives than in the previous situation, to install the security door and ultimately it will be able to increase the probability of the loss in this Theft case. This behavior, for example, before insurance coverage is called moral hazard.
Answer:
Some mandatory payroll tax deductions that employers are required by law to withhold from an employee's paycheck include: Federal income tax withholding. Social Security & Medicare taxes – also known as FICA taxes.
~Its srishty~✿
Answer:
<em>MRP (Material Requirement Planning)</em>
Explanation:
Material Requirements Planning (MRP) is a calculation system for the components and materials necessary to produce goods.
All of this consists of <u>three principal steps</u>:
- stock of on-hand components and materials,
- recognize which added bits are required and,
- afterwards schedule their manufacturing or purchase.
$4225 here’s how I got the answer so he purchased 13 shares but each share cost $325 so 13 times 325 is 4225
Answer:
Instructions are below.
Explanation:
Giving the following information:
Martha receives $200 on the first of each month. Stewart receives $200 on the last day of each month. Both Martha and Stewart will receive payments for 30 years. The discount rate is 9 percent, compounded monthly.
To calculate the present value, first, we need to determine the final value.
i= 0.09/12= 0.0075
n= 30*12= 360
<u>Martha:</u>
FV= {A*[(1+i)^n-1]}/i + {[A*(1+i)^n]-A}
A= montlhy payment
FV= {200*[(1.0075^360)-1]}/0.0075 + {[200*(1.0075^360)]-200}
FV= 366,148.70 + 2,746.12
FV= 368,894.82
Now, the present value:
PV= FV/ (1+i)^n
PV= 368,894.82/ 1.0075^360
PV= $25,042.80
<u>Stewart:</u>
FV= {A*[(1+i)^n-1]}/i
A= monthly payment
FV= {200*[(1.0075^360)-1]}/0.0075
FV= 366,148.70
PV= 366,148.70/1.0075^360
PV= $24,856.37
Martha has a higher present value because the interest gest compounded for one more time.