Answer: You're recording the stocks taken in by a company.
Explanation: You wouldn't want someone to not keep inventory of what you have in store would you? Okay but in reality, you would want to always monitor your stocks to keep a good profit flowing. You don't want to build up excess waste and lose out in the long run.
Answer :
True required initial investment = $26,954,178
Explanation :
As per the data given in the question, we need to do following calculations
Weighted average flotation cost = ( % flotation cost of debt × weight of debt) + (% flotation cost of preferred equity × weight of preferred equity) + (% flotation cost of common equity × weight of common equity)
= (3% × 35%) + (7% × 10%) + (10% × 55%)
= 0.0725
=7.25%
It means out of total capital which is raised 7.25%, would be the flotation cost.
Let total capital raised be X
So X × (1 - 7.25%) = $25 million
X = $25 million ÷ (1- 7.25%)
X = $26,954,178
Answer:
time weighted rate of return: 5.36%
Explanation:
We have to calculate the holding rate of return for each month and then mutiply them together:
<u>January:</u>
(119.90 - 116.26)/116.26 = 0.031309135
<u>February:</u>
(123.58-119.9)/119.9 = 0.030692244
<u>March:</u>
(0.41 + 122.08-123.58)/123.58 = - 0.0088194
(1 + Jan) (1 + Feb) (1 + March) = 1.053587547
now we subtract one to get the wanted rate:
time weighted rate of return: 5.36%
The impacts of the decentralization during the free banking era are :
- ( A ) The purchasing power currencies issued by state banks varied wildly from state to state.
- ( C ) The money supply declined
<h3>Impacts of free banking era </h3>
During the free banking era the banks did not survive for long as necessary as they were unable to redeem their notes as the purchasing power of currencies varies from state to state.
Hence we can conclude that the impacts of the decentralization during the free banking era are as listed above.
learn more about free banking era : brainly.com/question/1120056
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Answer:
$3,122.96
Explanation:
Future value = 5000
i = 8%
n = 6
m = 2
Present Value = FV(1+i/m)^mn
Present Value = 5,000(1+0.08/2)^-2*6
Present Value = 5,000(1.04)^-12
Present Value = 5,000 / (1.04)^12
Present Value = 5,000 / 1.6010322
Present Value = 3122.985284118583
Present Value = $3,122.96