Answer:
$1120
Explanation:
The computation of the GDP is shown below:
Y = C + I + G + X
Here Y denotes the GDP
C denotes the consumption = $500 - $80 - $20 = $400 and 700 - 50 = $650
I denotes the investment = $
G denotes the government purchase = $20
X denotes the net exports = $50
So,
Y = $400 + $650 + 0 + $20 + $50
= $1120
Amount of interest expense on 30th June 20X1= Carrying Amount of Bond*Effective Interest Rate (For 6 Months)
=$940000*5/100
=$47000
Contractual Interest of the bond=Face Value*Contractual Interest
=1000000*4/100
=$40000
Thus, Carrying Amount of Bond=Carrying Amount|+Interest Expense-Interest Paid
Carrying Amount as on 30th June=940000+47000-40000
Carrying amount as on 30th June=$947000
Amount Paid to Redeem Bonds =$1020000
Gain/(Loss) on Redemtion of Bonds=Face Value-Amount Paid to Redeem Bonds
Loss on Bonds=-$73000
Answer:
3rd stage or Norming stage of group development.
Explanation:
3rd stage or Norming stage of group development.
In this stage responsibilities among group member is divided on the basis of their skills. During this stage members start to cooperate with other co members. A bonding among the members is start to developed which result in understanding each other contribution and identity. The main advantage of this understanding is that conflicts and misunderstanding issues has been resolved at faster rate.
Answer:
Option (A) is correct.
Explanation:
Given that,
Order costs for pepperoni = $10.00 per order
Carrying costs = 4 cents per pound per day
Lead time for each order = 3 days
Pepperoni itself costs = $3.00 per pound
Total Order = 80 pounds of pepperoni
Demand rate = 20
Total ordering cost = Total order × cost per order
= 80 × $10
= $800
Length of an order cycle:
= 4 days
Answer:
The net present value of the machine is $5530
Explanation:
Data provided in the question:
Cost of the equipment = $84,000
Annual after-tax net income from the equipment after deducting depreciation = $3,000
Depreciation = $28,000
Useful life = 3 years
Required return on investment = 9% = 0.09
Now,
After-tax cash flow = After-tax net income + Depreciation
= $3,000 + $28,000
= $31,000
Therefore,
Net Present Value = Present value of cash flow - Investment
= ( $31,000 × PVIFA(11%, 3)
) - $84,000
= ( $31,000 × 2.5313 ) - $84,000
= $78470.3 - $84,000
= -$5529.7 ≈ - $5530
hence,
The net present value of the machine is $5530
