Q. All molecules in parallel crystal lattice of cellulose I without chain folding points in

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Q. Width of complete chain of cellulose fibre is

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Q. Regenerated cellulose fibers contains

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Q. Enzyme complexes joins with glucose molecules into long chain cellulose molecules in a

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Q. Chemical crosslinks helps in

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Q. Chemical treatments are given to replace hydroxyl groups in non crystalline region by other groups in order to change property/properties like

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Q. Percentage of crystallinity in natural cellulose fibers is

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Q. In cellulose, groups are joined together via

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Q. Structure of cellulose II is

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Q. Cellulose is a

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Q. In chain of cellulose, hydroxyl groups are interlinked by means of

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Q. Minimization of free energy results into

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Q. Treatment that cause resin to polymerize and react with hydroxyl groups results in

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Q. Proportion of crystalline material is reduced by

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Q. Naturally formed fibrils have a thickness of about

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Q. Hydrogen bonding is

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Q. Chain of cellulose has direction, owing to asymmetry of atoms in

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Q. Native cellulose crystal structure is known as

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Q. Quantity of actual material in a region that is not part of crystal lattice is

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Q. Chain of cellulose can be extended

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