Answer:
Compound interest; amortized loans; amortization schedule; largest; decline; smallest; increases.
Explanation:
An important application of compound interest involves amortized loans. Some common types of amortized loans are automobile loans, home mortgage loans, and business loans. Each loan payment consists of interest and repayment of principal. This breakdown is often developed in an amortization schedule. Interest is largest in the first period and declines over the life of the loan, while the principal repayment is smallest in the first period and it increases thereafter.
Amortization in accounting is used to periodically lower the book value of a loan principal or an intangible asset such as intellectual property over a set period of time.
The compound interest formula is given below;
Where;
A is the future value.
P is the principal or starting amount.
r is annual interest rate.
n is the number of times the interest is compounded in a year.
t is the number of years for the compound interest.
<span>If Dewayne writes 31 checks, he will pay a fee of $16.30 (.30x31 = 7) for the first banking option, but he will pay $16.40 (.40x31 = 4) for the second option, so he must write 31 checks for the first option to be the better option.</span>
Answer:
The correct answer is letter "C": unclear or conflicting stakeholder expectations.
Explanation:
For a project to be <em>successful</em>, it is necessary to certainly know <em>what the company owners want and what their expectations are</em>. Otherwise, the employees in charge of developing the project will not know in which direction to take the company, increasing the possibilities for the project to fail.
Answer:
<u>Since expected payoff for large job shop option is highest, firm should make large job shop option as capacity choice</u>
Explanation:
Expected payoff of any capacity alternative
= Probability of moderate acceptance x Payoff of moderate acceptance + Probability of strong acceptance x Payoff of strong acceptance
= 0.40 x Payoff of moderate acceptance + 0.60 x Pay off of strong acceptance
Thus Pay off for small job shop option
= 0.40 x 24000 + 0.6 x 54000
= 9600 + 32400
= $42,000
Pay off for medium job shop option
= 0.40 x 20000 + 0.60 x 64000
= 8000 + 38400
= $ 46,400
Pay off for large job shop option
= - 0.40 x 2000 + 0.60 x 96000
= - 800 + 57600
= $56,800
Answer:
The total overhead variance in hours taken is 3,600 hours
The total overhead cost variance is $1,110
Explanation:
The variance is about the different between budget/ standard and actual figures.
Standard hours allowed for the work done is 22,200 hours; and the predetermined overhead rate is $5.75 per direct labor hour. So total cost budgeted for work done is $127,650 = $5.57 x 22,200 hours
The total overhead variance in hours taken = standard hours of 22,200 - actual direct labor hours of 18,600 = 3,600 hours
The total overhead cost variance = standard cost - actual cost = $127,650 - $126,540 = $1,110
