The interest from an investment is calculated through the equation,
I = P x i
Where I is the interest, P is the principal amount and i is the
interest rate.
P = I / i
Substituting the known values,
P = ($9.99) / (0.018/100) =
$55,500
The answer to this item is therefore approximately $55,500.
To calculate the maturity of this note,
we use a simple formula first to get the interest which is:
I = Principal (amount owed) X Interest Rate (%) X Time (length of loan)
The days is only divided by only 360 days instead of 365 days. This is because commercial loans often use 360-day calendar years instead of 365-day calendar years. But not all banks used this as their calendar year,
I = Prt
= ($80000) (0.05) (120/360)
= ($80000) (0.01666666666)
I = $ 1,333.33
To get the maturity value, the formula is: M = Interest + Principal
M = I + P
= $1,333.33 + $80,000
= $81,333.33 or $81,333, letter C
Answer:
Everything else being equal, you should invest if the discounted value of the security's expected future cash flows is greater than or equal to the current cost of the security.
Explanation:
You would use the capital budgeting technique known as net present value (NPV) . In order for a project or investment to be accepted, the sum of the present values of future cash inflows generated by the project should be greater than the initial amount invested or the initial cost. If the PV of the future cashflows is lower than the initial cost of capital, the investment would be rejected. On the other hand, if they are equal, the investor would be indifferent between accepting or rejecting the investment.
Answer:
$1,069.74
Explanation:
We use the present value formula which is shown in the attachment below:
Data provided in the question
Future value = $1,000
Rate of interest = 12%
NPER = 16 years
PMT = $1,000 × 13% = $130
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after solving this, the value of the bond is $1,069.74
Answer:
because of the product and the correct one is the one of the product is not working properly
