The amount of money collected by a snack bar at a large university has been recorded dailyx for the past fiveyears. Records indicate that the mean daily amount collected is $3900 and the standard deviation is $600. Thedistribution is skewed to the right due to several high volume days (including football game days). Supposethat 100 days were randomly selected from the five years and the average amount collected from those dayswas recorded. Which of the following describes the sampling distribution of the sample mean?A) normally distributed with a mean of $3900 and a standard deviation of $60 B) normally distributed with a mean of $3900 and a standard deviation of $600C) approximately normally distributed with a mean of $3900 and a standard deviation of $60D) skewed to the right with a mean of $3900 and a standard deviation of $600E) skewed to the right with a mean of $3900 and a standard deviation of $60

it is impossible.

what is the question

here is me explaining it:

the pizza would be delivered around 5, give or take 15 minutes. this means it could be delivered anywhere from 4: 45 to 5: 15

let's say 5: 00 is equivalent to 0 on a number line and x represents time. 4: 45 would be equal to -15x because we are 15 minutes behind our starting point, 5: 00. 5: 15 would be equal to 15x because we are 15 minutes ahead of your starting point (which means you're late on the pizza delivery! )

absolute value is very confusing. the basic definition is how far you are from your starting point. if we deliver the pizza at 4: 45 (15 minutes before the starting point) we would be -15. this means we are 15 away from our starting point, 5: 00. that's the absolute value. |-15| (absolute value of negative fifteen) is equal to 15. if you did not understand this i suggest rereading this paragraph.

the normal way you would write this scenario would be 4.75 (4 and 3 quarters, or 4: 45. you can also write as a fraction.) is less than x and x is less than 5.25 (5 and 1 quarter or 5: 15). 4.75< x< 5.25 the reason why i am using numbers is because you cannot represent typical time as values on a graph, number line, or in an equation.

another way to write this scenario is with absolute value. we can write this as |x| being less than or equal to .25 (remember, this just means 15 minutes).           |x| ≤ .25.

sorry if the end was confusing. because we are talking about time this whole question is 10x harder. like i said earlier, you cannot represent time as, well, time, in a graph, equation, or number line. i set the values as follows: 1/4 or .25 for 15 minutes, and 1 for 1 hour. this is just a common way to set up graphs involving time.

|x| ≤ .25

i hope this ! : )

tell me if you need more assistance