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A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:
- a)8
- b)12
- c)6
- d)5
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
A work shift is for 8 hours duration; 30 minutes lunch break and two 1...
Effective work 7 hr/shift. Effective work hour needed to produce 60 per shift = 42 hr/shift.
∴ Work station needed = 42/7 = 6.
∴ Work station needed = 42/7 = 6.
Most Upvoted Answer
A work shift is for 8 hours duration; 30 minutes lunch break and two 1...
Number of products assembled in one shift:
- Given that the products are assembled at a rate of 60 per shift.
- The assembly time content for one product is 42 minutes.
- Therefore, the number of products assembled in one shift is 60.
Total time available for assembly:
- The duration of one shift is 8 hours.
- Subtracting the time for lunch break (30 minutes) and two tea breaks (2 x 15 minutes) gives us the total time available for assembly.
- Total time available for assembly = 8 hours - (30 minutes + 2 x 15 minutes) = 8 hours - 60 minutes = 7 hours.
Time required for one product assembly:
- The total assembly time content for one product is given as 42 minutes.
Number of workstations needed:
- To determine the minimum number of workstations needed, we divide the total time available for assembly by the time required for one product assembly.
- Number of workstations = Total time available for assembly / Time required for one product assembly.
Calculating the number of workstations:
- Total time available for assembly = 7 hours = 420 minutes.
- Time required for one product assembly = 42 minutes.
- Number of workstations = 420 minutes / 42 minutes = 10.
Since the number of workstations needed must be a whole number, we round up the value to the nearest whole number.
- Rounding up 10 to the nearest whole number gives us 6.
Therefore, the minimum number of workstations needed is 6 (option C).
- Given that the products are assembled at a rate of 60 per shift.
- The assembly time content for one product is 42 minutes.
- Therefore, the number of products assembled in one shift is 60.
Total time available for assembly:
- The duration of one shift is 8 hours.
- Subtracting the time for lunch break (30 minutes) and two tea breaks (2 x 15 minutes) gives us the total time available for assembly.
- Total time available for assembly = 8 hours - (30 minutes + 2 x 15 minutes) = 8 hours - 60 minutes = 7 hours.
Time required for one product assembly:
- The total assembly time content for one product is given as 42 minutes.
Number of workstations needed:
- To determine the minimum number of workstations needed, we divide the total time available for assembly by the time required for one product assembly.
- Number of workstations = Total time available for assembly / Time required for one product assembly.
Calculating the number of workstations:
- Total time available for assembly = 7 hours = 420 minutes.
- Time required for one product assembly = 42 minutes.
- Number of workstations = 420 minutes / 42 minutes = 10.
Since the number of workstations needed must be a whole number, we round up the value to the nearest whole number.
- Rounding up 10 to the nearest whole number gives us 6.
Therefore, the minimum number of workstations needed is 6 (option C).
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A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer?
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A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer?.
A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer? for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Question and answers have been prepared according to the Mechanical Engineering exam syllabus. Information about A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for Mechanical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A work shift is for 8 hours duration; 30 minutes lunch break and two 15 minutes (each) tea breaks are allowed per shift. If products are to go out after assembly at the rate of 60 per shift, and total assembly time content for a product is 42 minutes, then minimum number of work stations needed is:a)8 b)12 c)6 d)5Correct answer is option 'C'. Can you explain this answer?.
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