Answer:
Always higher than manufacturing cost per unit for variable costing.
Explanation:
Absorption costing continuously contains fixed overheads similarly while computing the manufacturing cost.
Conversely, under variable costing only adjustable overheads were included.
Thus, the manufacturing cost under absorption costing method is always higher than variable costing method
Therefore, per unit cost will always be higher under absorption costing than in variable costing.
So, option C is the correct option
Answer:
the expected yield to maturity for bond C in 1 year :
1.0799³ = 1.06 x (1 + r)²
1.188 = (1 + r)²
√1.188 = √(1 + r)²
1.08999 = 1 + r
r = 0.08999 = 9%
the yield to maturity of zero-coupon bonds = (future value / present value)¹/ⁿ - 1
0.09 + 1 = ($1,000 / value in 1 year)¹/²
1.09 = ($1,000 / value in 1 year)¹/²
1.09² = $1,000 / value in 1 year
value in 1 year = $1,000 / 1.09² = $1,000 / 1.1881 = $841.68 ≈ $842
Answer:
Investment in stock x = $7816.67
Investment in stock y = $6183.33
Explanation:
The computation of invest in Stock X and Stock Y is shown below:-
Let the weight be x
x × 14% + (1 - x) ×8%
= 11.35%
0.14x + 0.08 - 0.08x
= 0.1135
0.14x - 0.08x
= 0.1135 - 0.08
0.06x = 0.335
x = 0.335 ÷ 0.06
x = 55.83%
Investment in stock x = x × Stock portfolio
= 55.83% × $14,000
= $7816.67
Investment in stock y = 1 - 0.5583 × $14,000
= $6183.33
Answer:
1755 units are ordered
Explanation:
given data
Daily demand = 100 units
standard deviation = 25 units
review period = 10 days
lead time = 6 days
stock = 50 units
service probability = 98 percent
to find out
how many units should be ordered
solution
order quantity is calculated in fix time period formula is express as
q =
.........................a
here L is lead time and R is review time and σ is standard deviation and I is stock and d is Daily demand
so first we find here standard deviation that is
...................1


so the value of z is for 98 % service probability is 2.05
so put here value in equation 1
q = 100 × ( 6 +10) +(2.05) × 100 - 50
q = 1755 units
so 1755 units are ordered
Answer: True
Explanation:
The decision to purchase a good or service or a customer benefit package is totally based on the price of that package or a good and on the benefits that a consumer will received after the purchase. A rational consumer will compare the price of a good with the perceived benefits. If the perceived benefits worth greater or equal to price then a consumer may purchase that product otherwise not. Therefore, a consumer's decision is largely depend upon the ratio of price and benefits.