Hourly production board

hourly production board

Sample 1
Sample 2
Sample 3, board with standing 
Sample digital board
Sample 

Digital

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GSD concept, codes, sewing formula of Garments

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GSD concept, codes, sewing formula of Garments GSD Introduction GSD, general sewing data give accurate data to set standard minute value using best method. It is a technique for methods analysis and the setting of time standards for the sewing industries. It can be used to evaluate operations within the textile industry in such environments as Cutting, Sewing, Examination, and Packing. General Sewing Data was devised by Methods Workshop Limited and is being continually developed by General Sewing Data Limited using an MTM database. It is a technique for methods analysis and the setting of time standards for needle trades work. It can be used to evaluate operations within the needle trades environment such as cutting, sewing, pressing, examination and packing.General Sewing Data recognizes commonly occurring motion sequences encountered in the needle trades environment and describes the motion utilizing codes, to each of which is associated with a definite time value.General Sewing Data...
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IE interview, the difference between two number is four and the difference their square is 48. what is the largest one?

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the difference between two number is four and the difference their square is 48. what is the largest one? the difference between two number is four and the difference their square is 48. what is the largest one? Let the two numbers be  and , where . We are given two conditions: 1. The difference between the two numbers is 4: X-Y=4 2. The difference between their squares is 48: X²-Y²=48 Using the identity , we can substitute :X²-Y²=(x-y)(x+y),we can substitute x-y=4 (x - y)(x + y) = 48 4(x + y) = 48 ] x + y = 12 Now we have the system of two equations: 1. X-Y=4 2. X+Y=12 We can solve this system by adding the two equations: (x - y) + (x + y) = 4 + 12 2x = 16 ] x = 8 Substitute x=8 into x+y=12 8 + y = 12 y = 4 ] Thus, the two numbers are 8 and 4, and the largest one is  8.
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