The amount to be paid on maturity is $100,440
Given that;
Purchase value of 8% corporate bond at 93 = $1,000
Find:
The amount to be paid on maturity
Computation:
Interest amount = Face value of bond × Price × Interest
Interest amount = $1,000 × 93 × 8%
Interest amount = $7,440
The amount to be paid on maturity = $7,440 + $93,000
The amount to be paid on maturity = $100,440
In finance, maturity or maturity date is the final payment due date of a loan or other financial instrument such as a bond or term deposit upon which principal (and remaining interest) is paid.
Maturity is the date on which the life of a trade or financial instrument ends, after which it must be renewed or cease to exist. The life of a bond is the period during which its holder receives interest payments on their investment. When the bond matures, the holder will be refunded the face value. The maturity may change if the bond has a put or call option.
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Answer:
The net present value for the project is $14,680.61.
Explanation:
The net present value (NPV) of a project is the sum of the present values of all the after-tax cash flows minus the cost of the project. This can be calculated as follows:
NPV = (First year after-tax cash flows / (100% + Cost of capital)^1) + (Second year after-tax cash flows / (100% + Cost of capital)^2) + (Third year after-tax cash flows / (100% + Cost of capital)^3) + (Fourth year after-tax cash flows / (100% + Cost of capital)^4) + (Fifth year after-tax cash flows / (100% + Cost of capital)^5) + (Sixth year after-tax cash flows / (100% + Cost of capital)^6) - Project cost
NPV = ($13,000 / (100% + 5.00%)^1) + ($15,000/ (100% + 5.00%)^2) + ($18,000 / (100% + 5.00%)^3) + ($20,000 / (100% + 5.00%)^4) + ($24,000 / (100% + 5.00%)^5) + ($30,000 / (100% + 5.00%)^6) - $84,500
NPV = $14,680.61
Therefore, the net present value for the project is $14,680.61.
Answer:
$13,241
Explanation:
From the data we were given in the question:
future value = fv = $1,500,000
time = t = 30 year
rate = r = 8%
We are required to find out How much does he need to invest to achieve his goal
solution
future value = principal ( 1+ rate)^(t-1) / rate
1500000 = principal (1 + .08)^(30-1)/ 0.08
we make principal, p, subject of the formula.
principal = 1500000 / ( (1 + .08)^(30-1)/ 0.08 )
Principal = 1,500,000 / 113.2832
principal = 13241.15
so Dan needs to invest $13241
Answer:
Financial managers highlighted means those saddled with the responsibility of managing companies' finances by envisaging well in advance the financial obligations a business has to fulfill as well planning well ahead for funds to discharged those obligations
Explanation:
However,as the key to ensuring the goal of an organisation in the area of maximizing share price is achieved, the financial managers must be alive to their responsibilities by having a thorough understanding of the stock markets to be able to advise management on those metrics the market players expect from the market if they are to buy its share at higher price.
One key thing that drives share price upward is the sustained increased in profits year on year as well the ability to pay dividends from the profits realized