"Little's Law is a theorem that determines the average number of items in a stationary queuing system, based on the average waiting time of an item within a system and the average number of items arriving at the system per unit of time." Little's Law can be represented as:

Question 1 options:

	Inventory = Flow Rate x Flow Time
	Inventory = Flow Rate + Flow Time
	Inventory = Flow Rate x Interarrival Time
	Inventory = Interarrival Rate + Interarrival Time

2.

Consider a process that has 3 stations, ordered in sequence: 1, 2, and 3. At each station, two consecutive tasks are performed one after the other. The time (in seconds per unit) it takes for a single person to perform each task is given in the table below (e.g., task A2 takes 10 seconds per unit):

Station	# of Workers	Task A1	Task A2	Task B1	Task B2	Task C1	Task C2
1	1	20	10	-	-	-	-
2	2	-	-	40	40	-	-
3	1	-	-	-	-	1

The table also gives the number of workers at each station. What is the capacity of this process (in units per minute)? (Round the answer to 1 decimal place.)

Question 2 options:

	3.0 units/minute
	2.5 units/minute
	2.0 units/minute
	1.5 units/minute