Question: Jane produces custom greeting cards using six distinct work elements. She would like to produce 10 cards in each 8-hour card-making session. The figure to

Jane produces custom greeting cards using six

Jane produces custom greeting cards using six distinct work elements. She would like to produce 10 cards in each 8-hour card-making session. The figure to the right details each work element and its associated durations in minutes as well as their precedence relationships. a. What cycle time is required to satisfy the required output rate? 48 minutes/card. (Enter your response as an integer.) E D (14) E (10) b. What is the theoretical minimum number of workstations required? 2 stations. (Enter your response rounded up to the next whole number.) B (12) (5) c. If Jane identifies a four-station utio what is the associated efficiency and balance delay? (Enter your responses as percentages rounded to one decimal place.) Efficiency: %. Balance delay: %. (19) A (12) Jane produces custom greeting cards using six distinct work clements. She would like to produce 10 cards in each 8-tour card-making session. The gure to the right details esch work element and ils associated duralioris in minules as well as their precederic relationships. a a. What cycle time is required to satisfy the required output rate? 48 minutes card. (Enter your resurse & anleger.) (141 4161 b. What is the theoretical minimum number of workstations recured? 2 stations (Enter your response rounded up to the next whole number) c. If Jare identifies a four-station solution, what is the associated efficiency and balance delay? (Enter your responses as percentages rounded to one decimal place) Efficiency: Baleno delay (121 (19)

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