Answer:
Standard hours= 1,200 hours
Explanation:
Giving the following information:
XYZ Corporation's standards call for 1,000 direct labor-hours to produce 250 units of product.
During October the company worked produced 300 units.
<u>First, we need to calculate the standard hour per unit:</u>
Standard hour per unit= 1,000 / 250= 4 hours per unit
Now, the standard hours allowed for 300 units:
Standard hours= standard hour per unit*number of units
Standard hours= 4*300
Standard hours= 1,200 hours
Answer:
25.94%
Explanation:
Assume, Face value of bond =$1000
Purchase price of twenty year zero coupon bond = 1000/((1+i)^N)
. Where, yield = 5% =0.05
, N= number of years to maturity =20
==> Purchase Price = 1000/(1.05^20)
Purchase Price = 1000/2.65329770514
Purchase Price = $376.89
Selling Price after one year: 1000/(1+I)^19. Where i=yield=4%=0.04, N=19
Selling Price=1000/(1.04^19)
Selling Price = 1000/2.10684917599
Selling Price = $474.64
Rate of Return = (474.64/376.89) - 1
Rate of Return = 1.25935949481281 - 1
Rate of Return = 0.2594
Rate of Return = 25.94%
Answer:
Interest rate on the a three year bond =5.5%
Explanation:
one-year bond rate expected = 4%, 5%, 6% for the next three years
liquidity premium on a three year bond = 0.5%
number of years = 3
The interest rate on the a three year bond can be calculated as
= liquidity premium + ( summation of bond rates for the next three years/number of years )
= 0.5 + ( (4+5+6)/3)
= 0.5 + ( 15/3)
= 0.5 + 5 = 5.5%
Answer:
Results are below.
Explanation:
<u>To calculate the activities rates, we need to use the following formula on each pool:</u>
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Pool 1= 20,000/10,000= $2 per direct labor dollar
Pool 2= 15,000/50= $300 per setup
Pool 3= 10,000/200= $50 per hour
<u>Now, we can allocate costs to each product:</u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Product A:
Pool 1= 2*4,000= 8,000
Pool 2= 300*20= 6,000
Pool 3= 50 *50= 2,500
Total allocated costs= $16,500
Product B:
Pool 1= 2*6,000= 12,000
Pool 2= 300*30= 9,000
Pool 3= 50 *150= 7,500
Total allocated costs= $28,500
