Answer:
$6.64
Explanation:
The applicable formula
A = p x ( 1+ r)^ n
A =amount after 3 months
p=principal amount: $960
r = interest rate : 2.74% per year or 2.74/12 per month =0.23% or 0.0023
n = 3 month
A = $960 x ( 1+ 0.0023) ^3
A =$960 x (1.0023)^3
A =$960 x 1.00691
A=$966.64
compound interest Earned
=$966.64 - $960
=$6.64
Answer:
Cash in-flow in the last year.
Explanation:
Salvage value, also known as residual value, is the amount that you receive from sale of Property, Plant, and Equipment at the end of useful life. When computing the NPV of any project, we consider all the relevant cash flows of that project. Since, $45,000 will be received when project ends from sale of Fixed asset, so this figure will be treated as Cash in-flow and discounted.
Answer:
1. 80,000
2. $40 per barrel
Explanation:
1. As we can see from the table provided The equilibrium quantity in this market is 80,000 barrels of heating oil per day, as quantity demanded match quantity supplied
2. As we can see from the table provided The equilibrium price is $40 per barrel as in this cost there is an intersection of quantity demanded and quantity supplied. In other words the equilibrium price and quantity could be find out when the quantity demanded equal to quantity supplied
Answer:
Variable overhead efficiency variance $1,680 Favorable
Explanation:
<em>Variable overhead efficiency variance: Variable overhead efficiency variance aims to determine whether or not their exist savings or extra cost incurred on variable overhead as a result of workers being faster or slower that expected. </em>
Since the variable overhead is charged using labour hours, any amount by which the actual labour hours differ from the standard allowable hours would result in a variance
Hours
5000 units should have taken (5000×0.5 hours) 2,500
but did take <u>2,080</u>
Labour hours variance 420 favorable
Standard variable overhead rate <u>×$ 4.00</u> per hour
Variable overhead efficiency variance <u>$1,680 Favorable</u>
