Q. Driving force towards increased order brings structure closer to ideal of a

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Q. A large crystal grain grows by rearrangement of atoms near its boundary until it gets rid of

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Q. In elastomeric fibers, orientation is

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Q. When fault reaches end of of crystal, it

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Q. Uniform intermediate degree of order is not very favorable in

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Q. Rearrangement/s that can be made without much change in overall degree of order is/are

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Q. Material that is highly ordered tends to have

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Q. In ordinary substances composed of small molecules, its possible to get rid of

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Q. Crystalline regions grow and push disorder out ahead to pile up in

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Q. On basis of thermodynamics, its clear that there will be a driving force towards

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Q. Polymers that are used for most fibers seems likely to have a driving force towards

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Q. Example/s of inorganic networks constituting fineness and flexibility is/are

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Q. Number of natural polymers are

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Q. Fibers as per defined by Textile Institute as units of matter characterized by

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Q. As compared to glass and crystalline, rubbers are

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Q. Glass and crystalline solid are

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Q. A second generation of high performance fibers introduced for functional applications have

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Q. Characteristic dimensions of fibers are basis of their

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Q. Number of synthetic polymers are

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Q. Individual fibers may weigh only a few

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