Based on the coupon rate, the call price and the selling price, the yield to call is 11.06%.
<h3>How is the yield to call found?</h3>
The formula to find it is:
= (Coupon + (Call price - Current price) / Number of periods ) / ( (Call price + Current price) / 2 ) x 2
Solving gives:
=( (12%/2 x 1,000) + (1,120 - 1,110) / 6 semi annual periods ) ) / ( (1,120 + 1,110) / 2) x 2
= (61.667 / 1,115) x 2
= 11.06%
Find out more on the yield to call at brainly.com/question/14801120.
#SPJ12
Answer:
Market rate of return = 12.45%
Explanation:
Below is the calculation of market rate of return.
D = Just pad dividend x (1 + growth rate)
D = 2 x (1 + 0.038)
D = 2.076
Now use the below formula to find the market rate of return.
Market rate of return = (D/current selling price) + Growth rate
Market rate of return = (2.076 / 24) + 0.038
Market rate of return = 12.45%
Answer:
$126,000
Explanation:
Given:
Total outstanding stocks = 600,000
Price per share of common stock = $2
Number of preferred stock = 120,000
Interest rate = 8%
Stock Value = $5
Outstanding year = 3
Total Amount of preferred stock = Principle × Rate × Time
or
Total Amount of preferred stock = ( 120,000 × $5 ) × 0.08 × 3 = $144,000
Since,
The preferred stock value is more than the amount distributed
Hence,
the total amount distributed i.e $126,000 will be received by the preferred stockholders
Steel was important to the second industrial revolution majorly because of its properties and its potential uses. Because steel is very strong, light and cheap, it was found ideal for many purposes. Steel was used to make many of the new inventions that characterized that period, a good example of this is rail road.
Answer:
c. $74,450
Explanation:
The computation of the Net present value is shown below
= Present value of all yearly cash inflows after applying discount factor + salvage value - initial investment
where,
The Initial investment is $120,000
All yearly cash flows would be
= Annual net operating cash inflows × PVIFA for 6 years at 14%
= $50,000 × 3.8887
= $194,435
Refer to the PVIFA table
Now put these values to the above formula
So, the value would equal to
= $194,435 - $120,000
= $74,435 approx