Answer:
Annual Rate of Return = 12%
Effective Annual Rate of Return = 9.6%
Explanation:
Nominal Annual Rate of return = ![\frac{Dividend\: per\: share\: for\: each\: year}{Par\: price\:per\:share} \times 100](https://tex.z-dn.net/?f=%5Cfrac%7BDividend%5C%3A%20per%5C%3A%20share%5C%3A%20for%5C%3A%20each%5C%3A%20year%7D%7BPar%5C%3A%20price%5C%3Aper%5C%3Ashare%7D%20%5Ctimes%20100)
Annual Dividend per share = $3 per quarter
4 = $12 per share
Current price per share = $125
Par Price per share = $100
Thus Annual Rate of return = $12/$100 = 12%
Effective Annual Rate of Return = ![\frac{Dividend\: per\: share\: for\: each\: year}{Current\: price\:per\:share} \times 100](https://tex.z-dn.net/?f=%5Cfrac%7BDividend%5C%3A%20per%5C%3A%20share%5C%3A%20for%5C%3A%20each%5C%3A%20year%7D%7BCurrent%5C%3A%20price%5C%3Aper%5C%3Ashare%7D%20%5Ctimes%20100)
=
= 9.6%
Final Answer
Annual Rate of Return = 12%
Effective Annual Rate of Return = 9.6%
If two projects (investments) a and b are said to be mutually exclusive, then we know that the firm must choose to invest in either A or B, but not both.
The term "mutually exclusive projects" is typically used in the capital budgeting process where firms select one project from a range of projects based on specific criteria, with the approval of one project resulting in the rejection of the other projects.
Capital projects that compete head-to-head are said to be mutually exclusive. Projects X and Y are said to be mutually exclusive, for instance, if a management must choose precisely between completing either project X or Y, but not both of them simultaneously.
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Answer: c. The new system contained assumptions that did not consider critical factors such as changes in time zones, travel time across hemispheres, and pilot flying hours
Explanation:
Upon review of the effectiveness of a strategic business decision using evidence-based analytics, business leaders may reverse course.
The factor that led to the reversal of the new scheduling system is that the new system contained assumptions that did not consider critical factors such as changes in time zones, travel time across hemispheres, and pilot flying hours.
Answer:
Product A Contribution per pound: $4.000
Product B Contribution per pound: $2.500
Product C Contribution per pound: $12.857
Explanation:
![\left[\begin{array}{cCcc}&A&B&C\\$Sales&65&45&55\\$Variable&39&33.75&38.5\\$CM&26&11.25&16.5\\$Constrain resource usage &6.5&4.5&1.2833\\$CM per constrain&4&2.5&12.857\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7BcCcc%7D%26A%26B%26C%5C%5C%24Sales%2665%2645%2655%5C%5C%24Variable%2639%2633.75%2638.5%5C%5C%24CM%2626%2611.25%2616.5%5C%5C%24Constrain%20resource%20usage%20%266.5%264.5%261.2833%5C%5C%24CM%20per%20constrain%264%262.5%2612.857%5C%5C%5Cend%7Barray%7D%5Cright%5D)
<u>we need to calcualte the pounds used on each product:</u>
<u />
A: $19.5 material cost/ $3 per pound = 6.5
B: $13.5 material cost/ $3 per pound = 4.5
C: $3.85 material cost/ $3 per pound = 1.2833
Then we divide the contribution of eahc product by the amount of pounds used to know the contribution based on direct materials pounds.
The financial aid that is given based on the financial status and background of the family of a person is termed as Need Based Aid. Need Based Aid and Need based scholarships are offered by a wide range of institutions to help financially weak families and individuals.
Therefore, the correct answer is
Option D) Need Based