Answer:
$ 1,586.8743
Explanation:
Calculation to determine what will be the value of the certificate when it matures
Compounded annually
Principal P= 1000
Rate r=0.08
Period n = 6
Using this formula
A = P (1+r)^n
Let plug in the formula
1000 (1.08)^6
= 1586.8743
Therefore what will be the value of the certificate when it matures is $1586.8743
Answer:
B. False
Explanation:
In a sealed bidding, bidders have no opportunity to discuss/negotiate. They just present an offer adjusted to the terms of the requirer of the good or service that is submitted to bidding.
It's C because 1-.15 is .85 then 1/.85 rounds to 1.18
Answer:
The answer is B. Ethan has more experience than Karen.
Explanation:
Now, lets take each Answer option separately and see why only B is correct.
Option A is no longer legally accepted or ethical. Perhaps during the era of segregation back in 1960s' this option could have been acceptable. But today it is illegal and is considered as a violation of basic human rights.
Option C is not correct as well because although people with special needs and physical requirements are entitled to receive certain special treatments, paying them more solely based on their disability is not considered suitable nor ethical.
Option D is unacceptable. No one can assume that men have more stamina than women. There are competent, strong and qualified women who can do their jobs much better than men. So we cannot accept this as an answer.
Option E is incorrect as well. Although a person could be an immigrant, once that person has lawfully taken the citizenship of a country, that "immigrant" is considered as a "citizen" of that country (this is not applicable for illegal immigrants!).
However, we can take option B as the answer. This is because when comparing a new employee with a more experienced employee, we can't see any problem in paying the experienced employee more.
Answer:
$146,212.00
Explanation:
PMT which is the annual savings is $2000
Rate is 8%
The annual savings would last for 25 years(65-40)
FVIFA FACTOR=(1+r)^n-1/r
r=8%
n=25
FVIFA FACTOR=(1+8%)^25-1/8%
FVIFA FACTOR=(1.08)^25-1/0.08
FVIFA FACTOR=(6.848475196-1)/0.08=73.106
Amount in the account at retirement=PMT*FVIFA FACTOR
Amount in the account at retirement=$2000*73.106=$146,212.00