Answer:
Price will increase by $277.58
Explanation:
Market rate of Interest of a zero coupon bond can be determined by following formula
Market Rate of Interest = [ ( F / P )^(1/30) ] - 1
4.25% = [ ( $5000 / P )^(1/30) ] - 1
0.0425 + 1 = ( $5000 / P )^1/30
( 1.0425 )^30 = (( $5000 / P )^1/30)^30
3.4856 = $5000 / P
P = $5,000 / 3.4856
P = $1,434.46
Now Calculate the change in Price
Change in price = $1,434.46 - $1,156.88 = $277.58
Price will increase by $277.58
Answer:
c. The present value of the perpetuity has to be higher than the present value of either the ordinary annuity or the annuity due
Explanation:
Considering the following statements:
- the ordinary perpetuity, the payments must occur on the first day of each monthly period. Hence this statement is incorrect.
- The ordinary annuity would be more valuable than the annuity due if both had a life of 10 years. Incorrect.
- In case of perpetuity the times is not limited, hence would get the higher return.
A. The size of the factory is fixed.
We know there will always be costs of rent and etc when running a business so even in the short run there is fixed costs. The output is always variable depending on the number of workers. The number of workers is also not fixed, but the size of the factory is because you cant just get up and move your business over night, it costs money and is a lot of work.
The price of the water needs to be raised by 40% when the consumption of water reduces by 10% and the price elasticity of demand results to 25%.
<h3>What is meant by the price of elasticity of demand?</h3>
The price elasticity of demand is determined as the proportionate variation in quantity with respect to variation in the price of a good.
Given values:
Change in water consumption (fall): 10%
Price elasticity of demand: 25%
Computation of percentage change in the price of water:
Therefore, there is an increase in water price by 40%.
Learn more about the price elasticity of demand here:
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