The given problem above is an example of a quick-fire puzzle. In this scenario, the man becomes a millionaire after buying several loaves of bread at $1 a loaf and sells them at 25 cents each, because the man started off as a billionaire, who decided who help the poor. Hope this answers your question.
Answer:
Explanation:
Answer:
Total
Units Produced
42000
15000
Hours per unit
1
3
Total Hours
42000
45000
87000
So total hours required = 87000 hours
Now we will find overhead rate per hour
Total Overhead= $846.000
Overhead Rate per Hour
=$ 846000/87000
= $9.72 per Hrs.
overhead rate per hour =$ 9.72 per hour
_______________________________________
Car
Wheel
Total Hrs.
42000
45000
Hourly Rate
$9.72
$9.72
Allocated Overhead
$408414.00
$437586
_________________________________________________
Activity
No. of
Activity
Overhead Cost
Cost Per Activity
Setting up machines
1000
$215,000
$215.00
Assembling
87000
$347,000
$3.99
Inspection
1200
$284,000
$236.67
Activity
Car=A
Truck =B
Rate=C
Total $ Car=A*C
Total $ Truck=B*C
Setting up machines
200
800
$215.00
$43,000.00
$172,000.00
Assembling
42000
45000
$3.99
$167,517.24
$179,482.76
Inspection
100
1100
$236.67
$23,666.67
$260,333.33
$234,183.91
$611,816.09
Answer:
They probably reduced the price or made a discount
srry if it is not professional hope it helps
Answer:
B. the weighted average time to maturity of the bond's cash flows
Explanation:
t = time to maturity
r = required return
C = coupon payment
M = maturity
V = market value
Frm the duration formula we can notice there is a weighted average as there is a sum of the coupon payment which is latter divide over the bonds market value
