Answer:
Y=38.8
Y will increase by 38.8
Y=246+38.8
Y=284.8
Explanation:
Y=A. F(K, L)
Y=A. K^0.3, L^0.7
Then
Y=246
A=1
K=2000
N or L=100
Solutions
200=1(2000^0.3, 100^0.7)
Now the question says both k & N are increased by 0.20
Therefore
Y=1(2400^0.3, 120^0.7)
Y=1(10.3 + 28.5)
Y=38.8
Answer: 88.89 or 89
Explanation: Futures contract refers to a legal binding which obligates a buyer and seller to transact about a commodity, good, security or services at a predetermined price but goods are delivered or paid for in the future.
Given the following ;
Portfolio value(p) = $20million
Portfolio Beta (b) = 1.2
Index price (i) = 1080
Multiplier = 250
Future value(A) = index price × multiplier
Future value(A) = 1080 × 250 = 270000
Number of contracts (N) = (portfolio value × portfolio Beta) ÷ future value
N = ($20,000,000×1.2)÷270000
N = 24000000 ÷×270000
N = 88.8888=88.89
N = 89 (NEAREST whole number)
Answer:
annual payment = $2,362.88
Explanation:
we must first calculate the future value of the loan at the end of year 4 = $6,226 x (1 + 11%)⁴ = $9,451.51
using the present value of an annuity formula we can determine the annual payment:
annual payment = present value of an annuity / PV annuity factor
- present value of an annuity = $9,451.51
- PV annuity factor 11%, 4 periods = 3.1024
annual payment = $9,451.51 / 3.1024 = $2,362.88
Answer:
Conversion costs= $488,000
Explanation:
Giving the following information:
depreciation expense - factory building, $133,000
direct labor, $250,000
factory utilities, $105,000
<u>The conversion costs are the sum of direct labor and manufacturing overhead.</u>
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Manufacturing overhead= 133,000 + 105,000= 238,000
Direct labor= 250,000
Conversion costs= $488,000
