Answer: Setup time is dependent on the number of units subsequently produced.
Explanation:
It should be noted that a setup is a required activity and a set of activities. A setup time is also referred to as the changeover time.
The statement that "Setup time is dependent on the number of units subsequently produced" is false. The setup time refers to the interval that is needed to adjust the machine settings in order to make it ready to process a job. The setup time isn't dependent on the number of units that's subsequently manufactured.
Answer: bounded rationality
Explanation: Proposed by Herbert A. Simon, _____bounded rationality_____ means that managers are limited in the extent to which they can use the classical model of decision making, because they only have so much time and ability to process information.
In order words, Simon maintained that individuals do not seek to maximise their benefit from a particular course of action. This is because one cannot take in and process all the information that would be needed to maximize personal benefits, and that even if this was tenable, our minds would not be capable of processing it properly. In summary, the human mind necessarily restricts itself—bounded rationality.
The questions is not given, by from our review , I can say that the question for this would be " Which of the following activities will help Gayle lower her risk of developing dementia?
"
A. Doing puzzles
B. Learning a language
C. Reading
D. Studying music
E. All of the above
dementia can be reduced by performing all of the activities that are listed here and hence the correct option is " E: All of the above"
I don't what the answer is but I will look for it
Answer:
NPV= 2333.28
Explanation:
Giving the following information:
So we have an initial investment in year 0 of $80,000 and a cash-flow of $20,200 (increase by 4% each year) for five years. Interest rate is 10%
Io= -80000
I1= 20200
I2= 21008
I3= 21848.32
I4= 22722.26
I5= 23631.15
To calculate the net present value we need to use the following formula:
n
<h3>NPV= -Io + ∑[Ct/(1+i)^n]</h3>
t-1
NPV= 2333.28
