Which of the following is the most likely characteristic of a distribution that is to be used to develop a simulation model for estimating the time until failure of a product in a simulation model
A) Unbounded
B) Right skewed
C) Normal
D) Uniform

Question

Which of the following is the most likely characteristic of a distribution that is to be used to develop a simulation model for estimating the time until failure of a product in a simulation model
A) Unbounded 
B) Right skewed 
C) Normal 
D) Uniform

Quizplus · Accepted Answer

The most suitable distribution for estimating the time until failure of a product in a simulation model is a right-skewed distribution because it reflects the behavior of failure times in real life. In many cases, product failures occur after a certain amount of time has passed and then increase exponentially. Therefore, a right-skewed distribution is a better representation of the data. An unbounded, normal, or uniform distribution is not an appropriate choice for this scenario.

Which of the Following Is the Most Likely Characteristic of a Distribution