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Throughput Justin Fawber is a divisional manager within GPS Guidance Systems. Fawber is concerned about the amount of the division's production. The following production data are available for April. Total units completed 1,023,000 Total good units completed and sold 838,860 Total value-added hours of processing time 18,600 Total hours of processing time 62,000 Determine each of the following for this division for April. a. What is the manufacturing cycle efficiency? Note: Round percentage to one decimal point (.e. round 4.555% to 4.6%). 30 b. What is the process productivity? Note: Round amount to one decimal point (.e. round 4.555 to 4.6). 55 units per hour c. What is the process quality yield? Note: Round percentage to one decimal point (i.e. round 4.555% to 4.6%). 82 d. What is the total throughput per hour? Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 13.5 ✓ units per hour e. If only 660,000 of the units produced in April had been sold, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 10.6 units per hour f. If Fawber can eliminate 20 percent of the NVA (non-value added) time, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 12.4 ✓units per hour g. If Fawber can increase quality output to a yield of 90 percent and eliminate 20 percent of the NVA time, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 16.6 x units per hour

Throughput Justin Fawber is a divisional manager within GPS Guidance Systems. Fawber is concerned about the amount of the division's production. The following production data are available for April. Total units completed 1,023,000 Total good units completed and sold 838,860 Total value-added hours of processing time 18,600 Total hours of processing time 62,000 Determine each of the following for this division for April. a. What is the manufacturing cycle efficiency? Note: Round percentage to one decimal point (.e. round 4.555% to 4.6%). 30 b. What is the process productivity? Note: Round amount to one decimal point (.e. round 4.555 to 4.6). 55 units per hour c. What is the process quality yield? Note: Round percentage to one decimal point (i.e. round 4.555% to 4.6%). 82 d. What is the total throughput per hour? Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 13.5 ✓ units per hour e. If only 660,000 of the units produced in April had been sold, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 10.6 units per hour f. If Fawber can eliminate 20 percent of the NVA (non-value added) time, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 12.4 ✓units per hour g. If Fawber can increase quality output to a yield of 90 percent and eliminate 20 percent of the NVA time, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 16.6 x units per hour

Managerial Accounting: The Cornerstone of Business Decision-Making
Managerial Accounting: The Cornerstone of Business Decision-Making
7th Edition
ISBN:9781337115773
Author:Maryanne M. Mowen, Don R. Hansen, Dan L. Heitger
Publisher:Maryanne M. Mowen, Don R. Hansen, Dan L. Heitger
Chapter2: Basic Managerial Accounting Concepts
Section: Chapter Questions
Problem 49E: Use the following information for Exercises 2-47 through 2-49. Jasper Company provided the following...
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Throughput Justin Fawber is a divisional manager within GPS Guidance Systems. Fawber is concerned about the amount of the division's production. The following production data are available for April, Total units completed Total good units completed and sold Total value-added hours of processing time 1,023,000 838,860 18,600 62,000 Total hours of processing time Determine each of the following for this division for April. a. What is the manufacturing cycle efficiency? Note: Round percentage to one decimal point (.e. round 4.555% to 4.6%). 30 b. What is the process productivity? Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 55 units per hour c. What is the process quality yield? Note: Round percentage to one decimal point (.e. round 4.555% to 4.6%). 82 ✓% d. What is the total throughput per hour? Note: Round amount to one decimal point (i.e. round 4.555 to 4.6), 13.5 units per hour e. If only 660,000 of the units produced in April had been sold, calculate throughput per hour. Note: Round amount to one decimal point (.e. round 4.555 to 4.6). 10.6 units per hour f. If Fawber can eliminate 20 percent of the NVA (non-value added) time, calculate throughput per hour. Note: Round amount to one decimal point (.e. round 4.555 to 4.6). 12.4 units per hour g. If Fawber can increase quality output to a yield of 90 percent and eliminate 20 percent of the NVA time, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 16,6 x units per hour
Transcribed Image Text:Throughput Justin Fawber is a divisional manager within GPS Guidance Systems. Fawber is concerned about the amount of the division's production. The following production data are available for April, Total units completed Total good units completed and sold Total value-added hours of processing time 1,023,000 838,860 18,600 62,000 Total hours of processing time Determine each of the following for this division for April. a. What is the manufacturing cycle efficiency? Note: Round percentage to one decimal point (.e. round 4.555% to 4.6%). 30 b. What is the process productivity? Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 55 units per hour c. What is the process quality yield? Note: Round percentage to one decimal point (.e. round 4.555% to 4.6%). 82 ✓% d. What is the total throughput per hour? Note: Round amount to one decimal point (i.e. round 4.555 to 4.6), 13.5 units per hour e. If only 660,000 of the units produced in April had been sold, calculate throughput per hour. Note: Round amount to one decimal point (.e. round 4.555 to 4.6). 10.6 units per hour f. If Fawber can eliminate 20 percent of the NVA (non-value added) time, calculate throughput per hour. Note: Round amount to one decimal point (.e. round 4.555 to 4.6). 12.4 units per hour g. If Fawber can increase quality output to a yield of 90 percent and eliminate 20 percent of the NVA time, calculate throughput per hour. Note: Round amount to one decimal point (i.e. round 4.555 to 4.6). 16,6 x units per hour
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