Answer:
$
Standard total overhead cost (0.5 hr x 25,000 x $3.29) 41,125
Less: Actual total overhead cost ($21,000 + $18,000) 39,000
Total overhead variance 2,125(F)
Standard overhead application rate
= <u>Budgeted overhead</u>
Budgeted direct labour hours
= <u>$115,150</u>
35,000 hours
= $3.29 per direct labour hour
Explanation:
Total overhead variance is the difference between standard total overhead cost and actual total overhead cost. Standard total overhead cost is the product of standard hours per unit, standard overhead application rate and actual output produced. Actual total overhead cost is the aggregate of actual variable overhead cost and actual fixed overhead cost. Standard overhead application rate is the ratio of budgeted overhead to budgeted direct labour hours (normal capacity).
Answer:
<em>Taxable Income</em> is the amount that is used to calculate how much tax you owe.
Answer:
The interest rate is 7.83%
Explanation:
The winner price in the year 1895 = $190
The winner price in the year 2014 = $1490000
Time duration between, 2014 – 1895 = 119 years
Now we have to find the interest rate at which the winner price has been increased. Thus, use the below formula to find the interest rate.
Future value = present value (1+ r)^n
Future value = $1490000
Present value = $190
n = 119
Now insert the values in the formula.
1490000 = 190(1 + r)^119
1490000 / 190 = (1+r)^119
r = 0.07826 or 7.83%
Answer:
Option B
Explanation:
In simple words, Models of weather stations are visual representations displaying the weather taking place at a specified monitoring station. The stations design was developed by meteorologists that incorporate a variety of climate components into some kind of small area on satellite images.This model has been of high use to prepare for the natural calamtites in advance but it does not influence the project in any way.
