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Student Name: 2. Linear Density: Three one-meter (1.00 m) length of yarn samples have been separated both from warp and filling directions, respectively, and their
Student Name: 2. Linear Density: Three one-meter (1.00 m) length of yarn samples have been separated both from warp and filling directions, respectively, and their individual weight has been determined on an analytical balance with sensitivity of 0.0001g. The results are listed below: Results: Weight of Im warp varn (g) Weight of Im filling varn (g) 0.0123_(g) 0.0133 (g) 2. 0.0118 (g) 2. 0.0129 (g) 3. 0.0117_(g) 3. 0.0125 (g) DETERMINE: (0.5 points) Mean (g): (0.5 points) Mean (g): (0.5 points) S.D. (g): (0.5 points) S.D. (g): (0.5 points) C.V. (%): (0.5 points) C.V. (%): Linear Density: Warp Yarn: Filling (0.5 points) Tex* (1 points) Denier* * (0.5 points) Cotton Count * Tex (weight in g of 1,000 m) *Denier (weight in g of 9,000 m) * *Cotton Count (590.5/Tex)
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