Question: PLEASE ONLY ANSWER (E): COST PER COMPLETED PART 2. A 15-station in-line transfer machine has an ideal cycle time of 1.50 min. Station breakdowns occur

PLEASE ONLY ANSWER (E): COST PER COMPLETED PART

2. A 15-station in-line transfer machine has an ideal cycle time of 1.50 min. Station breakdowns occur with a probability of 0.02. Average downtime is 10.0 min per line stop. The starting work part is a casting that costs $5.00. Operating cost of the transfer line is $120/hr, and tooling cost is $0.10 per piece per station. Determine (a) ideal production rate, (b) frequency of line stops, (e) average actual production rate, (d) line efficiency and (e) cost per completed part. (2 pts) solution Triven in question :- no. of station line (n) = 15 Probability (P) = 0.02 ideal cycle time (Tc) = 1.5 min ideod production rate (Re) a Re 3. P/min Re= ) 15 Tc RC= 40 PC/hr b farequency of sine stops F = np = 15x0.02 down time IF = 0.3 average actual production rate Totul Production cycle time Tp = Te + fx (10) Tp = 1.5 min 0.3+(10) TP = 4.5 min so avenage actual production rate & Rp = = 0.222 pc/min |RP = 13.333 Pc/hr d Line effeciency E- To TP 1.5 min 20.3333 = 33.33% 4.5 min

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