Answer: $23.63 million
Explanation:
First and foremost, we can calculate the quarterly common stockholder dividend which will be:
= $0.25 × 1 Million
= $0.25 million
Then, the annual dividend to the common stockholders will be:
= $0.25 million × 4
= $1 million
The quarterly preferred stockholder dividend will be calculated as:
= $0.50 × 0.50 Million
= $0.25 million
We would then multiply $0.25 million by 4 to get the annual dividend attributable to the preferred stockholders which will be:
= $0.25 million × 4
= $1 Million
Total Dividend would then be:
= Annual dividend to common stockholders + Annual dividend to preferred stockholder
= $1 Million + $1 Million
= $2 Million
The value of the retained earnings balance at the end of the year will then be:
= Retained Earnings at the beginning of the year + Net Income – Dividend
= $23.45 + $2.18 - $2.00
= $23.63 million
The boy scouts, the veterans of foreign wars, most civic organizations, and many groups that people join because of mutual interest are all examples of voluntary associations. They worked together as volunteers in a form of union or agreement working together for a unified purpose or mutual interest.
Answer:
The Price of Bond today = $997.07
Explanation:
Semi annual coupons = $1000 * 5% / 2
Semi annual coupons = $25
As 9 months is already over in the two year bond, the coupons are payable
3 months from now, 9 months from now and 15 months from now.
The present value of all these coupons and the principal should be equal to the price of the bond today. In case of continuous compounding, the formula for Present Value of any future Cash flow C is C*e^(-r*t).
Price of Bond = $25 * e^(-0.06*3/12) + 25*e^(-.061*9/12)+ 1025*e(-0.062*15/12)
Using the value of e as 2.71828
Price of Bond = $25 * 2.71828^(-0.06*3/12) + 25*2.71828^(-.061*9/12)+ 1025*2.71828(-0.062*15/12)
Price of Bond = $
25 * 2.71828 ^-0.015 + 25*2.71828^-0.04575 + 1025*2.71828^-0.0775
Price of Bond = $
25 * 1/2.71828^0.015 + 25*1/2.71828^0.04575 + 1025*1/2.71828^0.0775
Price of Bond = $997.07
