i need help. when i sumbit my answers idk which one is wrong.

Question 1 1 pts Tin Atte 51 Littlefield Labs processes blood testing jobs and its first Station takes care of Sample Preparation (Step 1). It takes, on average, 5 hours to prepare a sample as the raw processing time. Station 1 currently has 1 machine installed. What is Station1's hourly capacity? 5 hours per job 24/5 = 4.8 jobs per hour 1/5 -0.2 jobs per hour 2475 -4.8 hours per job Next 14 1 pts Question 2 Littlefield Labs processes blood testing jobs and its first Station takes care of Sample Preparation (Step 1). It takes, on average, 5 hours to prepare a sample as the raw processing time. Station 1 currently has 1 machine installed. What is Station1's daily capacity? (All days are 24-hr days.) 24/5 = 4.8 days per job 24/5 = 4.8 jobs per day 24*5 - 120 jobs per day 05/24 - 0.21 jobs per day Next Station Mean Raw Processing Time Number of Parallel Machines Installed Capacity (Jobs per Bottleneck? (Yes or No) day) #1 5 hours 3 #2 1.5+0.5 - 2 hours 1 #3 1.83 hours 1 Where's the bottleneck? Station #1 O None of the stations Station #3 O Station 2 Station Mean Raw Processing Time Number of Capacity (jobs per Bottleneck? (Yes Parallel Machines day) or No) Installed 4 #1 5 hours 2 #2 1.5+0.5 = 2 hours 2 #3 1.83 hours If demand rate is 9.6 jobs per day, what is the capacity utilization at the bottleneck? O 38% O SON 100% 40M Station Mean Raw Processing Time Number of Parallel Machines Capacity (Jobs per Bottleneck? (Yes day) or No) Installed 4 #1 5 hours 2 #2 1.5+0.5 = 2 hours 2 83 1.83 hours What is the whole factory's capacity (a.k.a. bottleneck rate) in "jobs per day" now? O 24 jobs per day 19.2 jobs per day 12 jobs per day O 4.8 jobs per day 40 O 25.26 jobs per day