Answer: (B) Backward induction
Explanation:
The backward induction is basically used for making the decisions and it is the process of solving the various types of problems by determining the action properly.
In any type of situation, the backward induction basically used the optimal strategy type for making some effective result of the given situation.
According to the given scenario, Elly should use the backward induction process for making the decisions more effectively regarding her shop.
Therefore, Option (B) is correct.
Answer:
Explanation:
A product item is a specific version of a product that can be designated as a distinct offering among an organization's products. A product line is a group of closely related products offered by an organization.
A common tool project teams use to show resource assignments is a responsibility matrix. Typically, this chart will depict what role each person on the team will have during each activity.
Managers set up a log to show each persons role for project completion. This allows for more streamline work and eliminates the questions regarding what each person should or shouldn't be doing.
Available options are:
a. constitutional under the First Amendment.
b. an unconstitutional restriction of speech.
c. necessary to protect national interests.
d. justified by the need to protect individual rights
Answer:
Option A. Constitutional under the First Amendment.
Explanation:
The First Amendment gives several rights to the people of United which includes the freedom of religion, speech, press and filing of the petition in the courts. The court will look into the case whether or not the speech which the Tyler wants to broadcast endangers the security of United States or that the action threatens the rights of the peope (Tyler's supporters broadcast message at mid night within the city).
Answer:
Final value= $15,101.13
Explanation:
Giving the following information:
You believe that you will be able to invest $3,000, $3,300, $3,800, and $4,000 next four years. The interest rate is 5%.
To calculate the final value of each deposit we need to use the following formula:
FV= PV*(1+i)^n
Year 1= 3,000*1.05^3= $3,472.88
Year 2= 3,300*1.05^2= 3,638.25
Year 3= 3,800*1.05= 3,990
Year 4= 4,000
Total= $15,101.13