Answer:
N = 5 years
Explanation:
At first we have to calculate the number of periods to determine at which part of the table we should look at.
Given,
PV = $20,000
FV = $32,000
Interest rate, i = 0.10 (10%)
Number of periods, n = ?
We know, Future value, FV = PV × 
or, $32,000 = $20,000 × 
or, 1.6 = 
As the factor is 1.6, we will look at the following image which is the FV factor table to find the number of periods.
We can find it in a different way too.
log 1.6 = n log 1.10
or, n = 
or, n = 4.93 years
Therefore, n = 5 years
Answer:
Explanation:
D = 60 bags
cost = 80 / bag
s = 20 / order
h = 40% of cost
0.4 * 80 / 100
h= 32 unit/year
D = d * 12 months
D = 60 * 12
D = 720 bags / year
EOQ = 
EOQ = 
EOQ = 30 bags
Total cost = Total holding cost + total ordering cost
Total holding cost = (Q/2 * H) = (30/2 * 32) = 480
Total ordering cost = (D/Q * 20) = (720/30 *20) = 480
Total cost = 480 + 480 = 960
Total purchasing cost = cost * D = 80 * 720 = 57.600
Percentage= total cost / total purchasing cost * 100
960 / 57.600 * 100
1.67 %
Answer:
The given approach would be "Proxy indicators".
Explanation:
- A proxy indicator would be a parameter that often used substitute throughout that would be harder to quantify individually.
- This would be an ambiguous indication of either estimate which may well approximate or otherwise be indicative of such an occurrence or without the existence of either a specific measurement.
So really the answer above would be appropriate.
Answer and Explanation:
The computation is given below:
NAV = (Total value - Liabilities) ÷ Number of shares outstanding
= ($260M - $2M) ÷ 6M
= $258M ÷ 6M
= $43
b. The premium or discount is
= (Market price - NAV) ÷ NAV
= ($40 - $43) ÷ $43
= -$3 ÷ $43
= -0.06976 or -6.98%
So here the fund should be sold at 6.98% discount
