Answer:
Investment period = 24 years
Explanation:
The total amount that an investment made today would become if invested at a particular rate for certain number of years is known as the future value.
The $1,200,000 is the desired future value, the $296, 375 is the present value and the 6% is the interest rate.
FV = PV × (1+r)^n
1,200,000 = 296,375 × (1.06)^(n)
(1.06)^(n) = 1200000/96,375
(1.06)^(n) =4.048924504
find the log of both sides
n log 1.06= log 4.048924504
n= log 4.048924504/log 1.06
n = 24
It will take 24 years
That is rude and you might hurt their feelings maybe you will be the one running them out of the house
Answer:
B. Budgetary.
Explanation:
They are used to do that because the range of variance could be from -10% to +20%.
Although this, it is not accurate enough to provide a solid basis for a firm commitment because it only represents an approximation of what is need to be done.
I hope this answer helps you.
Answer:
6.383%
Explanation:
Calculation for the What is the yield to maturity
Using this formula
YTM=n√Face value/Bond price -1
Where,
n=one-year
Face value=10,000
Bond price=9,400
Let plug in the formula
YTM=1√10,000/9,400−1
YTM=1.06383-1
YTM=0.06383*100
YTM=6.383%
Therefore the yield to maturity will be 6.383%
Answer:
$2.8 divdends per share
Explanation:
$56 market price
Rate of return 10%
The gain for an investment in stocks is:
In this case we are told that this is distribute evenly, this means:
dividends paid = market price gain
So dividends yield 5% and market price yields another 5% to achieve the 10%
So currently $56 market price x 0.05% = $2.8 divdends per share
