Having the strength and persistence to act in accordance with one's ethics despite the challenges is referred to as moral
A) awareness.
B) judgment.
C) certainty.
D) action.
E) character.
E) character.
Explanation: Making ethical decisions takes moral awareness (realizing the issue has ethical implications), moral judgment (knowing what actions are morally defensible), and moral character (the strength and persistence to act in accordance with your ethics despite the challenges).
You might also like to view...
The nine-cell industry attractiveness competitive strength matrix
A. pinpoints what strategies are most appropriate for businesses positioned in the three top cells of the matrix, but is less clear about the best strategies for businesses positioned in the bottom six cells. B. identifies which sister businesses have the greatest strategic fit. C. is useful for helping decide which businesses should have high, average, and low priorities in deploying corporate resources. D. indicates which businesses are cash hogs and which are cash cows. E. identifies which sister businesses have the highest level of resource fit.
Molly Costner deposits $2,500 in her checking account today. Her checking account pays interest of 2.5% compounded annually
Assuming Molly does not withdraw any funds and does not deposit any additional funds, how much will be in her account in 25 years? A) $4,096.54 B) $3,750.00 C) $4,102.52 D) $4,634.86 E) $4,062.50
Using simulation provides the financial manager with a probability distribution of an investment's
net present value or internal rate of return. Indicate whether the statement is true or false
Answer the following statement(s) true (T) or false (F)
1. The return function for a shortest-route problem refers to two directional arcs between nodes. 2. In solving a shortest-route problem using dynamic programming, the stages represent how many arcs you are from the terminal node. 3. As opposed to a specific technique such as linear programming, dynamic programming is considered a general approach. 4. Dynamic programming must only involve a finite number of decision alternatives and a finite number of stages. 5. Dynamic programming is a general approach used when it is possible to break a large problem into interrelated smaller problems, with stage decisions proceeding recursively, solving one of the smaller problems at each stage.