Question 10 1 points Save Answer Based on the JetBlue case, what are the advantages to contingency planning (before emergencies happen)? Likely reduces costs before the emergency happens May avoid damage to the company's brand and reputation Identifies places where a company should build infrastructure in light of its growth aspirations Provides clarity on roles and responsibilities during an emergency Question 1 0.75 points Save Answer You oversee a team of workers checking in Baruch students to a career fair. Currently, you have one person doing each of the following processes with the average cycle time in parenthesis. Steps 1-3 must go in the order below, though step 4 can be performed at any time. 1. Check for name on registration list (20 seconds) 2. Speak with student about which breakout sessions they want to attend (75 seconds) 3. Put appropriate materials in a packet for the student (50 seconds) 4. Enter student in a raffle to win a free dream job (10 seconds) One of the workers gets ill and has to leave, so you decide to try something new. You have each of the remaining three workers perform steps 1-4. That is, Worker #1 performs all four steps, Worker #2 performs all four steps, and Worker #3 performs all four steps. What is the new system's capacity (in students who can be processed per hour?) Round to the nearest whole number. Question 10 1 points Save Answer Based on the JetBlue case, what are the advantages to contingency planning (before emergencies happen)? Likely reduces costs before the emergency happens May avoid damage to the company's brand and reputation Identifies places where a company should build infrastructure in light of its growth aspirations Provides clarity on roles and responsibilities during an emergency Question 1 0.75 points Save Answer You oversee a team of workers checking in Baruch students to a career fair. Currently, you have one person doing each of the following processes with the average cycle time in parenthesis. Steps 1-3 must go in the order below, though step 4 can be performed at any time. 1. Check for name on registration list (20 seconds) 2. Speak with student about which breakout sessions they want to attend (75 seconds) 3. Put appropriate materials in a packet for the student (50 seconds) 4. Enter student in a raffle to win a free dream job (10 seconds) One of the workers gets ill and has to leave, so you decide to try something new. You have each of the remaining three workers perform steps 1-4. That is, Worker #1 performs all four steps, Worker #2 performs all four steps, and Worker #3 performs all four steps. What is the new system's capacity (in students who can be processed per hour?) Round to the nearest whole number