Answer:
Explanation:
Run A Duration B Duration C Duration 1 51 48 17 2 60 48 19 3 30 39 19 4 31 48 22 5 30 31 14 6 41 16 17 7 44 12 6 8 44 12 10 9 45 43 9 10 60 41 10 Based on the simulated numbers given above, what is the average completion time of the whole project?
Since B is the predecessor of C.
Project completion time for each run will be calculated as Maximum (Duration of A, Duration of B +Duration of C).
Represent
Run = R
Duration of A = DA
Duration of B = DB
Duration of C = DC
Project Completion time = PT
<u>R DA DB DC PT</u>
1 51 48 17 48 + 17 = 65
2 60 48 19 48 + 19 = 67
4 31 48 22 48 + 22 = 70
5 30 31 14 31 + 14 = 45
6 41 16 17 41
7 44 12 6 44
8 44 12 10 44
9 45 43 9 43 + 9 = 52
10 60 41 10 60
<u> Total = 546</u>
Total Project completion time in 10 Stimulations = 546
Average project Completion time = 546/10 = 54.6
Therefore, average Project completion time is between 53 and 56 days.
Answer:
$4,400,000
Explanation:
Cash Pledged $2,000,000
Treasury bill due in one month $2,000,000
Cash in checking account $400,000
Cash and Cash Equivalents $4,400,000
Please note that treasury bill due after 90 days or maturing after 90 days are not considered cash equivalents.
eso
depen de si el adolecente ses amensado
Answer:
The present value of a perpetuity is calculated as follows:
= Cashflow / Discount rate
a. Present value of $400 perpetuity discounted at 15%
= 400 / 0.15
= $2,666.67
b. Present value of $3,000 perpetuity discounted at 19%
= 3,000 / 0.19
= $15,789.47
c. Present value of $110 perpetuity discounted at 16%
= 110 / 16%
= $687.50
d. Present value of $60 perpetuity discounted at 12%
= 60 / 0.12
= $500