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The registration advisors at Grand University (GU) help 2,500 students develop their class schedules and register for classes each semester. Each advisor works for 10 hours a day during the registration period. GU currently has 8 advisors. While advising an individual student can take anywhere from 2 to 30 minutes, it takes an average of 15 minutes per student. During the registration period, the 8 advisors see an average of 200 students a day on a first-come, first-served basis. Required . Requirement 1. Using the appropriate formula, calculate how long the average student will have to wait in the advisor's office before being advised. Begin by selecting the formula to calculate the wait time. (Abbreviations used: Hrs = hours, and Max = maximum.) Wait time = Enter the amounts into the formula now. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) minutes of wait time 2x-xD] Requirement 2. The head of the registration advisors would like to increase the number of students seen each day because at 200 students a day it would take 13 working days to see all of the students. This is a problem because the registration period lasts for only two weeks (10 working days). If the advisors could advise 250 students a day, it would take only two weeks (10 days). However, the head advisor wants to make sure that the waiting time is not excessive. What would the average waiting time be if 250 students were seen each day? Using the same formula, enter the amounts assuming 250 students were seen each day. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) 2 minutes of wait time Requirement 2. The head of the registration advisors would like to increase the number of students seen each day because at 200 students a day it would take 13 working days to see all of the students. This is a problem because the registration period lasts for only two weeks (10 working days). If the advisors could advise 250 students a day, it would take only two weeks (10 days). However, the head advisor wants to make sure that the waiting time is not excessive. What would the average waiting time be if 250 students were seen each day? Using the same formula, enter the amounts assuming 250 students were seen each day. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) 2x0-OxD] minutes of wait time Requirement 3. GU wants to know the effect of reducing the average advising time on the average wait time. If GU can reduce the average advising time to 14 minutes, what would the average waiting time be if 250 students were seen each day? Using the same formula, enter the amounts assuming the university can reduce the average advising time to 14 minutes and 250 students were seen each day. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) 20-CD] = minutes of wait time Next The registration advisors at Grand University (GU) help 2,500 students develop their class schedules and register for classes each semester. Each advisor works for 10 hours a day during the registration period. GU currently has 8 advisors. While advising an individual student can take anywhere from 2 to 30 minutes, it takes an average of 15 minutes per student. During the registration period, the 8 advisors see an average of 200 students a day on a first-come, first-served basis. Required 1 Required 1. Using the appropriate formula, calculate how long the average student will have to wait in the advisor's office before being advised. 2. The head of the registration advisors would like to increase the number of students seen each day because at 200 students a day it would take 13 working days to see all of the students. This is a problem because the registration period lasts for only two weeks (10 working days). If the advisors could advise 250 students a day, it would take only two weeks (10 days). However, the head advisor wants to make sure that the waiting time is not excessive. What would the average waiting time be if 250 students were seen each day? 3. GU wants to know the effect of reducing the average advising time on the average wait time. If GU can reduce the average advising time to 14 minutes, what would the average waiting time be if 250 students were seen each day? Requirement 1. Using the appropriate formula, calculate how long the average student will have to wait in the advisor's office before being advised. Begin by selecting the formula to calculate the wait time. (Abbreviations used: Hrs = hours, and Max=maximum.) Wait time = Enter the amounts into the formula now. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) 2 minutes of wait time 2x -x] [ Requirement 2. The head of the registration advisors would like to increase the number of students seen each day because at 200 students a day it would take 13 working days to see all of the students. This is a problem because the registration period lasts for only two weeks (10 working days). If the advisors could advise 250 students a day, it would take only two weeks (10 days). However, the head advisor wants to make sure that the waiting time is not excessive. What would the average waiting time be if 250 students were seen each day? Using the same formula, enter the amounts assuming 250 students were seen each day. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) 2 = minutes of wait time 2x-xD] Requirement 3. GU wants to know the effect of reducing the average advising time on the average wait time. If GU can reduce the average advising time to 14 minutes, what would the average waiting time be if 250 students were seen each day? Using the same formula, enter the amounts assuming the university can reduce the average advising time to 14 minutes and 250 students were seen each day. (Enter the amounts in the same order as shown in the formula. Round the wait time to two decimal places.) 2x -x] = minutes of wait time

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