the demand curve for the bonds shifts to the left and the interest rate rises
when the market is volatile , then the risk associated with the bond is very high . there is an inverse relation ship between risk and demand. when the risk is high, the demand for the bond decrease and the demand curve shifts to the left. also there is an inverse relation ship between the demand and interest rate. hence, when the demand decrease , the interest rate on the bond rises
the explanation for correct option because of an inverse relationship between the risk demand and demand interest rate, the interest rate cant fall when the demand curve shift to the left and when the risk is high , the demand curve shifts to the left only, not to the right .
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Answer:
d. .64.
Explanation:
Price elasticity of demand measure the responsiveness of demand against change in the price of given product. It measures the ratio of change in demand to change in price.
Change in demand = ( 2200 - 2000 ) / [ (2200+2000)/2 ] = 200 / 2100 = 0.0952
Change in price = ( 1.25 - 1.45 ) / [ (1.25+1.45)/2 ] = 0.2 / 1.35 = 0.148
Elasticity of Demand = Change in demand / change in price = 0.0952 / 0.148 = 0.643 = 0.64
Answer:
P0 = $45.299899 rounded off to $45.30
Explanation:
The dividend discount model (DDM) can be used to calculate the price of the stock today. DDM calculates the price of a stock based on the present value of the expected future dividends from the stock. The formula for price today under DDM is,
P0 = D1 / (1+r) + D2 / (1+r)^2 + ... + Dn / (1+r)^n + [(Dn * (1+g) / (r - g)) / (1+r)^n]
Where,
- D1, D2, ... , Dn is the dividend expected in Year 1,2 and so on
- g is the constant growth rate in dividends
- r is the discount rate or required rate of return
P0 = 22 / (1+0.19) + 15 / (1+0.19)^2 + 6 / (1+0.19)^3 + 3.2 / (1+0.19)^4 +
[(3.2 * (1+0.04) / (0.19 - 0.04)) / (1+0.19)^4]
P0 = $45.299899 rounded off to $45.30
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