Answer:
A. 600
B. 0
C. 0
D. -1100
E. -1000
Explanation:
For part A you are asked to find the change in GDP with the addition of paying a babysitter $600. The GDP beforehand was the total income from both Vinny and Sandra which is $1200 + $1000 = $2200. For these questions, you are being asked to find a change in GDP which would simply be the addition of $600. Similiary, for part B there is no change in GDP because they do not pay Sandra's mother, so the change in GDP is 0. For part C, since the payments are not reported, there is no change in GDP. Part C can be thought of as a reference to the shadow market and GDP from the shadow market is not recorded. Part D has a negative 1100 because they each go back to work part-time, Vinnie earning $500 per week and Sandra earning $600. The change in GDP would be negative because they are losing 1100 in order to care for a new child. For part E, Vinnie gives up all his income which would normally amount to $1000 per week. The change in GDP is therefore negative.
Answer: Macaulay Duration = 2.6908154485 = 2.69
Explanation:
Macaulay Duration = Sum of Cash flows Present Value/ current bond price
Cash flows: year 1 = $12
Cash flows: year 2 = 12
Cash flows: year 3 = 100 + 12 = 112
Sum of Cash Flow PV = (1×12÷ (1.118)^1) + (2×12÷ (1.118)^2) +(3×112÷(1.118)^3)
Sum of Cash Flow PV = 270.37857712
Current Bond Price or Value = Face Value/ (1+r)^n + PV of Annuity
Current Bond Price or Value = 1000/ (1.118)^3 + (30×(1 - (1+0.118)^-3)/0.118
Current Bond Price or Value = 100.48202201
Macaulay Duration = 270.37857712 ÷ 100.48202201
Macaulay Duration = 2.6908154485 = 2.69
Answer:
IRR= R1+[NPV1(R2-R1)%/(NPV1-NPV2)]
=28%+[ 549 x (29-28)%/(549-(-763)]
=28% +[5.49/1312]
=28% +0.418
=28.41%
As per both NPV and IRR the project is acceptable
Reason:
NPV is positive and IRR is greater than cost of capital
Explanation:
See the attached pictures for detailed explanation.
Answer:
$38,000
Explanation:
The computation of the cost of the land is shown below:
= Purchase price of land + closing cost + removal cost of an old building
= $26,300 + $1,300 + $10,400
= $38,000
In order to find out the cost of the land, we simply added the purchase value of land, its closing cost and the removal cost of an old building
Answer:
Aquaguard may choose any of the two models to minimize the production variability in the new plant.
Explanation:
Model 1: Mean = 1000, Standard Deviation(SD) = 300
Model 2: Mean = 1000, SD = 300
Model 3: Mean = 1000, SD = 300
Coefficient of variation for model 1
C.V = ( SD ÷ Mean) × 100
= ( 300 ÷ 1000 ) × 100
= 30 %
Coefficient of variation for model 2
= ( 300 ÷ 1000 ) × 100
= 30 %
Coefficient of variation for model 3
= ( 300 ÷ 1000 ) × 100
= 30 %
We conclude that all the models have same effect .
