a. Define Workstation cycle time. b. Define Assembly-line balancing. c. Define Precedence relationship. d. Given 7.2 hours
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Question:
a. Define Workstation cycle time.
b. Define Assembly-line balancing.
c. Define Precedence relationship.
d. Given 7.2 hours production time per day; 350 hydraulic actuators required per day; with the following assembly steps and times for assembly of a hydraulic actuator:
b. Define Assembly-line balancing.
c. Define Precedence relationship.
d. Given 7.2 hours production time per day; 350 hydraulic actuators required per day; with the following assembly steps and times for assembly of a hydraulic actuator:
1. 15 seconds
2. 35 seconds
3. 20 seconds
4. 10 seconds
5. 15 seconds
6. 35 seconds
7. 40 seconds
8. 50 seconds
e. Determine workstation cycle time.
f. Determine theoretical minimum number of workstations required.
g. How efficient is your assembly line?
7. 40 seconds
8. 50 seconds
e. Determine workstation cycle time.
f. Determine theoretical minimum number of workstations required.
g. How efficient is your assembly line?
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