Answer:
Job sequence
First come first serve = a - b-c-d-e-f
Shortest processing time = b-e-a-c-d-f
Earliest due date = e-b-a-c-f-d
Critical ratio = e-a-b-f-c-d
First come first serve Shortest processing time Earliest due date Critical ratio
Average flow time 12.5 11.33 11.58 12.08
Avg Job tardiness 2.83 0.83 0.42 0.67
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Answer: D) saving equals investment as long as NX = 0
Explanation:
The last option was incomplete as it should have said ...NX = 0.
The Income/GDP of a country that is open to international trade is calculated as follows:
Income = Consumption + Investment + Government spending + Net exports
Y = C + I + G + NX
If NX = 0 then the formula becomes:
Y = C + I + G
Investment in this scenario is therefore:
I = Y - C - G
This is the same as savings as savings is calculated by subtracting consumption and government spending from the total income. This is because government spending is derived from taxes so the cash that people get to save is their income less than their taxes and consumption expenses.
S = Y - C - G = Y
Answer:
where is the stuff its just the question
Explanation:
Answer:
$77,217
$11,289
Explanation:
Fist we will calculate the present value of $10,000 payment
A fix Payment for a specified period of time is called annuity. The discounting of these payment on a specified rate is known as present value of annuity. The value of the annuity is also determined by the present value of annuity payment.
Formula for Present value of annuity is as follow
PV of annuity = P x [ ( 1- ( 1+ r )^-n ) / r ]
Where
P = Annual payment = $10,000
r = rate of return = 10% / 2 = 5%
n = number of period = 5 years x 2 semiannual payments per year = 10 payments
PV of annuity = $10,000 x [ ( 1- ( 1+ 0.05 )^-10 ) / 0.05 ]
PV of Annuity = $77,217
Now we will use the discounting method to calculate the present value of lump sum payment of $20,000
Present value = Future value x Present value factor
PV = FV x ( 1 + r )^-n
PV = $20,000 x ( 1 + 0.1 )^-6
PV = $11,289
