Calculate the design efficiency of the Honda GX-160 engine crankcase cover as shown in the diagram...
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Calculate the design efficiency of the Honda GX-160 engine crankcase cover as shown in the diagram below. The total assembly time in sec for each item is indicated in the table below. The theoretical average assembly time for each part is 3 sec. Hint: you will need to calculate and use the theoretical minimum part count. Part description (part no) Cover assembly (1) Packing (2) Oil filler cap (3) Packing (4) Plate (5) Oil seal (6) Dowel pin (7) Bolt (8) Bolt (9) Ball bearing (10) Part count 1 1 1 1 1 1 2 1 6 1 Total assembly time (sec) 3 A 6 4 3 30 15 5 20 30 Calculate the design efficiency of the Honda GX-160 engine crankcase cover as shown in the diagram below. The total assembly time in sec for each item is indicated in the table below. The theoretical average assembly time for each part is 3 sec. Hint: you will need to calculate and use the theoretical minimum part count. Part description (part no) Cover assembly (1) Packing (2) Oil filler cap (3) Packing (4) Plate (5) Oil seal (6) Dowel pin (7) Bolt (8) Bolt (9) Ball bearing (10) Part count 1 1 1 1 1 1 2 1 6 1 Total assembly time (sec) 3 A 6 4 3 30 15 5 20 30
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Concepts of Database Management
ISBN: 978-1285427102
8th edition
Authors: Philip J. Pratt, Mary Z. Last
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