Answer:
Expected dividend yield = 10.0%
Expected capital gains yield = 5.0%
Explanation:
D0 = $1.50 (Given)
E(D1) = D0 * (1 + g) = $1.50 * (1.05) = $1.575
E(P0) = $15.75 (Given)
E(P1) = $15.75 * (1.05)1 = $16.5375
Expected dividend yield = E(D1) / E(P0)
= $1.575 / $15.75 = 0.100 = 10.0%
Expected capital gains yield = (E(P1) - E(P0)) / E(P0)
($16.5375 - $15.75) / $15.75 = 0.050 = 5.0%
Answer:
24.7215
Explanation:
Given;
Discount = 50%
Regular price, p = $8
cost of cake, c = $5
salvage value, s = 50% of $8 = $4
Mean = 20
Standard deviation, σ = 7
Now,
Underage cost, Cu = p - c
= $8 - $5
= $3
Overage cost, Co = c - s
= $5 - $4
= $1
P ≤ 
P ≤ 
P ≤ 0.75
The Z value for the probability 0.75 is 0.6745
The optimal stocking level = Mean + ( z × σ )
= 20 + 0.6745 × 7
= 24.7215
Answer:
a. Mr Smith's orange business because it's a small fraction of the economy
Answer:
The correct answer is letter "A": Putting aside money for retirement.
Explanation:
Savings accounts are those where individuals' can deposit money to profit from the annual interest banks and financial institutions provide. Retirement accounts, on the other hand, are those funded with money discounted from employees' paychecks and do not allow withdrawals unless there is a major qualifying event -<em>if the type of retirement account allows it</em>.
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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