Answer:
- there will be no adverse movement in exchange rates or interest rates.
Explanation:
John's best speculative element is that everything would remain in his favor; especially the exchange rates and there interest rates.
Assuming after his transaction there is a sudden negative or adverse effects on the interest rate from 6 percent to 1 percent for US deposit and a decline in the USD/Japanese Yen exchange rate he <u>would be faced with great loses.</u>
Answer:
greater than both the current yield and the coupon rate.
Explanation:
A discount bond is a bond that at the point of issuance, it's less than its face or par value.
When a bond is trading for less than its face value in the market, it's known as a discount bond.
The yield to maturity on a discount bond is greater than both the current yield and the coupon rate. This simply means that the coupon rate is usually lower than the yield to maturity of the discount bond.
Additionally, the yield to maturity can be defined as the bond's total rate of return required by the secondary market while the coupon rate is defined as the annual interest of a bond divided by its face value.
For instance, when a bond is issued at a par or face value of $5,000, at maturity the investor would be paid $5,000. But because bonds are being sold before its maturity, it would trade below its face value.
Hence, a bond with the face value of $5,000 could trade for as low as $4,800, thus making it a discount bond.
True.
The Principle of Utility says actions are <u>right </u>when they promote happiness or pleasure, and wrong when they cause unhappiness or pain. So in order to figure out if something is right or wrong you will first have to know if it promotes happiness.
Answer:
Ke = Rf + β(Rm – Rf)
Ke = 4.5 + 1.20(12-4.5)
Ke = 4.5 + 9
Ke = 13.5%
Explanation:
Cost of equity is equal to risk-free rate plus market risk premium. Market risk premium is beta multiplied by risk premium. Risk premium is market return minus risk-free rate.
