Grade 3 measuring_length_metric
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The document provides instructions for measuring length using the metric system. It includes lines of various lengths measured in centimeters and asks the reader to measure and estimate the lengths. It then gives examples of small items and longer items to measure, providing the measurements in centimeters or meters and centimeters.
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This lab report summarizes a study on developing a cut plan order for a garment order of 10,000 pieces across 5 sizes. It includes breaking down the order quantity and allocating pieces to 16 individual cut orders. Each cut order is assigned a marker making ratio, number of plies, and table dimensions. The total cutting quantity across all cut orders is tracked to ensure all 10,200 pieces (original order plus 2% extra) are accounted for. Developing an efficient cut plan order is important to optimize cutting time and fabric utilization while ensuring accurate cuts are made.
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1. The document is a letter written by Md Rakibul Hassan to his friend Akash reflecting on his learning from his Apparel Manufacturing I course over the past few months.
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It's just an overview in a garment industry for a beginner.
Here in this slide I just showed how a garment industry works.
What are there dept. wise procedure to make a complete garment from order to shipment.
You can have a general idea about how a garment industry produce garment (like pant) from some pieces of fabrics.
Good Luck.
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This document provides information about the sewing section of a garment manufacturing process. It discusses the machines used such as single needle lock stitch machines, double needle lock stitch machines, and vertical lock stitch machines. It describes the process flow of sewing which includes product analysis, setting up the machine layout and line balancing to achieve production targets, bundling cut pieces and sending them to the line, sewing operations, quality checks, and sending finished bodies to finishing. It also lists common sewing defects and the 7 types of machines needed to make a basic shirt.
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This presentation covers the following topics within the viewpoint of Engineering Drawing.
1.What is a dimension?
2.Methods of dimensioning.
3.Arrangements of dimensions.
4.Rules of dimensioning.
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Here, Some theoretical knowledge has been discussed, Which may help one's corporate/ Industrial life.Every Textile Engineer (fabric major) should know these topics in spite of not having similarity that practical & theoretical result are not always same.practical results are best......................................
Learning Reflection of Apparel Manufacturing (Short)
Contents:
1. Apparel
2. Apparel Manufacturing
3. Difference Between Tailoring and Industrial Methods for Apparel Making
4. Apparel Manufacturing Sequence
5. Terms Related Apparel Manufacturing
6. Difference between F.O.B. , C&F, CIF
7. Sample
8. Different types of Samples
9. Difference between Approved Sample & Counter Sample
10. Fabric Used in Apparel Sector
11. Components of A Basic Shirt
12. Components of A Basic Trouser
13. Pattern
14. Pattern Making Method
15. Pattern Making Tools
16. Marker
17. Marker Efficiency
18. Factors Related to Marker Efficiency
19. Points to be considered before marker making
20. Methods of Marker Making
21. Manual Method
22. Computerized Marker Making
Perimeter and area 1
The document discusses calculating the perimeter and area of various shapes including rectangles, squares, triangles, parallelograms, and circles. It provides formulas for finding the perimeter of rectangles (perimeter= 2(length + breadth)) and squares (perimeter= 4*side). It also gives formulas for finding the area of rectangles (area= length x breadth), squares (area= side x side), triangles (area= 1/2 x base x height), parallelograms (area= base x height), and circles (area= πr^2). Examples of using the formulas to calculate perimeters and areas are also included.
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