Answer:
Over the life of the battery, the battery that is most cost-effective is:
The AA alkaline non rechargeable battery.
Explanation:
a) Data and Calculations:
Number of times that NiCad batteries can be recharged (reused) = 100 times
Cost of a 4 pack of AA NiCad rechargeable batteries = $10.80
Recharging cost = $1 ($0.01 * 100)
Total cost of AA NiCad rechargeable batteries = $11.80
Cost per use = $0.12 ($11.80/100)
Cost of a 4 pack of AA alkaline non rechargeable batteries = $3.69
Cost per use of AA alkaline non rechargeable batteries = $0.04 ($3.69/100)
b) The comparison and the resulting conclusions are based on the assumption that the non rechargeable and the rechargeable batteries enjoy equal useful life. Therefore, the AA alkaline non rechargeable batteries are also used 100 times.
Answer:
Warranty of fitness for particular purpose.
Explanation:
Under the principle of implied warranty, products must be fit for the particular use for which they are intended. What does one do with a drink other than drink it ? Therefore, there was no need for Wanda to inform Kelly about the purpose, as Kelly is aware of the purpose for which Wanda wants the product.
Hence, it is seller Kelly's duty to ensure that the goods are suitable for that purpose.In other words, there was an implied warranty that the drink was fit to be consumed.
Answer:
take actions now that will have positive effects on organizational performance in the future.
Explanation:
Lead indicators can be defined as an economic indices such as level of company stock prices or corporate profits, which usually changes before any significant corresponding change in the state of an economy. Thus, leading indicators serves as leaders or drivers for a business firm or organization.
Generally, lead indicators guide management to take actions now that will have positive effects on organizational performance in the future because they are variables that corresponds to a future variable of interest.
Answer:
A. $182,432.43
B. 11%
C. $165,983.607
Explanation:
A. The computation of value of portfolio is shown below:-
Value of portfolio = (Cash flow × equal probabilities) ÷ (1 + (Risk free rate + Risk premium))
= (($75,000 × 0.5) + ($330,000 × 0.5)) ÷ (1 + (4% + 7%))
= $202,500 ÷ 1.11
= $182,432.4324
or
= $182,432.43
B. The computation of expected rate of return on the portfolio is shown below:-
Rate of return is
= (Cash flow × equal probabilities) - (value of portfolio) ÷ (value of portfolio)
= ($202,500 - $182,432.43) ÷ $182,432.43
= $20,067.57 ÷ $182,432.43
= 0.11
or
= 11%
C. The computation of value of portfolio is shown below:-
Required rate of return = Risk free rate + Risk premium
= 7% + 15%
= 22%
Price = Expected cash flow ÷ (1 + Required rate of return)
= $202,500 ÷ (1 + 0.22)
= $202,500 ÷ 1.22
= $165,983.607
Answer: 55.39%
Explanation:
From the question, we are informed that Tim purchased a bounce house one year ago for $6,500 and that during the year it generated $4,000 in cash flow and if he sells the bounce house today, he could receive $6,100 for it.
His rate of return will be:
= [($6100 + $4000) - $6500]/$6500 × 100
= ($10100 - $6500)/$6500 × 100
= $3600/$6500 × 100
= 0.5539 × 100
= 55.39%
