Answer:
A) $20.98
Explanation:
First, find the PV of each cash inflow;
PV(of CF1) = 918/(1.11) = 827.0270
PV(of CF2) = 867 / (1.11²) =703.6766
PV(of CF3) = 528/(1.11³) = 386.0690
PV(of CF4) = 310 / (1.11^4) =204.2066
Sum up the PVs;
= 827.0270 + 703.6766 + 386.0690 + 204.2066
= $2,120.9792
NPV = -initial investment + SUM of PVs of future cash inflows
= -2,100 + 2,120.9792
= $20.98
Answer:
50405.02 N
Explanation:
Using Newton second law of motion
Force × time = change in momentum
Force = change in momentum / time = m₁Δv + m₂v₁
where m₁ = 103 kg/s, m₂ = 3.86 kg/s , v₁ = 757 m/s,
Force = 103 kg/s ( 757 - 296 ) + (3.86 kg/s × 757 m/s) = 47483 + 2922.02 = 50405.02 N
Answer:
A. a separate schedule.
Explanation:
This is explained to be cash flow schedule or also cash flow statement. It is explained to be on out of the three financial statement which used generally to report for cash which been generated and how this money has been totally been spent within a period or interval which could be a week, month, quarter or even probably a year.
In the statement of cash flows, the cash flows are known to be generated from investing activities section while inclusion of receipts from the sale of investments. This is why in the stated 20 year payable bond, it is known to have been recorded in statement of cash flows in a separate schedule.
Answer:
78,100 units
Explanation:
Calculation for the number of equivalent units produced by Department B
Using this formula
Department B Number of equivalent units =
Units finished and transferred from Department B to Department C + (Units that were started in Department B × Percentage completed)
Let plug in the formula
Department B Number of equivalent units= 67,000 units + (18,500 units × 60%)
Department B Number of equivalent units= 67,000 units + 11,100 units
Department B Number of equivalent units= 78,100 units
Therefore The number of equivalent units produced by Department B during the period was 78,100 units
