It is a case of an ethical dilemma. These are circumstances in which there is a decision to be made between two choices, neither of which settle the circumstance in a morally satisfactory manner. In such cases, societal and individual moral rules can give no tasteful result to the chooser.
It is ideal for key management slots to be filled from outside turnaround as well as rapid-growth situations.
So, the correct option is A.
Different sets of managerial skills are required to implement the strategy and ensure that the organization does so successfully. Strategy execution is primarily operations-driven, focusing on the management of people, business processes, and organizational structure, as opposed to strategy formulation, which is largely an analysis-driven activity focused on market conditions and the company's resources and capabilities.
Working well with and through others, developing and bolstering competitive capabilities, and developing a suitable organizational structure are all necessary for successful strategy execution. Teamwork is necessary for successful strategy execution. Every manager is accountable for implementing strategies in their spheres of influence, and every employee actively contributes to this process.
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Answer:
-5.14 for sam
-18.01% for dave
Explanation:
We first calculate for Sam
R = 7.3%
We have 2% increase
= 9.3%
We calculate for present value of coupon and present value at maturity using the formula for present value in the attachment
To get C
1000 x 0.073/2
= 36.5
time= 3 years x 2 times payment = 6
Ytm = rate = 9.3%/2 = 0.0465
Putting values into the formula
36.5[1-(1+0.0465)^-6/0.0465]
= 36.5(1-0.7613/0.0465)
36.5(0.2385/0.0465)
= 36.5 x 5.129
Present value of coupon = 187.20
We solve for maturity
M = 1000
T = 6 months
R = 0.0465
1000/(1+0.0465)⁶
= 1000/1.3135
Present value = 761.32
We add up the value of present value at maturity and that at coupon
761.32 + 187.20
= $948.52
Change in % = 948.52/1000 - 1
= -0.05148
= -5.14 for sam
We calculate for Dave
He has 20 years and payment is two times yearly
= 20x2 = 40
36.5 [1-(1+0.0465)^-40/0.0465]
Present value = 36.5 x 18.014
= 657.511
At maturity,
Present value = 1000/(1+0.0465)⁴⁰
= 1000/6.1598
= 162.34
We add up these present values
= 657.511+162.34 = $819.851
Change = 819.851/1000 -1
= -0.1801
= -18.01%
Answer:take the arrow and put it on the end and then start going back
Explanation:
this is the thing
D sounds like the best answer