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uses of sucrose cane-sugar1 sucrose is used as a sweetening substance for several jams syrups sweets food preparations etc2 sucrose is used in the
disaccharides - biomoleculesthe disaccharides give in on hydrolysis two monosaccharides those disaccharides that generates two hexoses on hydrolysis
fructose fruit sugar c6h12o6 or ketohexoseit is exist in abundance in fruits and therefore is named fruit sugar it is as well present in cane sugar
osazone formation - test of glucoseglucose on heating along with excess of phenyl hydrazine in acetic acid provides a yellow crystalline substance
silver mirror test and fehlings solution test - glucosea silver mirror test a combination of glucose and ammonical silver nitrate is warmed in a
molischs test - test on glucosethis is a common test for carbohydrates three or two drops of alcoholic solvent of alpha-naphthol are involved to 2ml
test of glucose - biomoleculesa while heated in a waterless test tube it melts turns brown and finally black provoding a characteristic smell of
uses of glucosea glucose is used in the conservation of fruits and making of jams and jelliesb glucose is used in the preparation of confectionary
physical properties of glucose1 glucose is a colourless crystalline solid melts at 146degc2 glucose is readily soluble in water3 from aqueous
glucose c6h12o6 or aldo-hexose glucose is termed as dextrose as it happens in nature as the optically active dextrorotatory isomer it is as well
monosaccharides - biomoleculesthese are very simple one unit non-hydrolysable sugars they have the common formula cnh2non where n changes from 3 to 9
carbohydrates the carbohydrates are naturally taking place organic molecules they exist in both of the animals and plantscarbohydrates are
biomoleculesall living bodies are made up of various lifeless substances that are availabe in their cells in a extremely complex but highly organized
a polymer instance has chain of different type of lengths and hence its molecular mass is all the time expressed as an average on the other hand
uses of polyglycolic acidpolylactic acid and polyhydroxybutyratepga and pla 90 10 is utilized to form absorbable structure to close an internal of
uses of biodegradable polymersbiodegradable polymers are utilized basically for medical goods like surgical tissue sutures in enlargement materials
biodegradable polymersthese are the polymers that are degraded through micro-organisms in an appropriate period so that biodegradable polymers and
difference between natural rubber and vulcanized rubbernatural rubbervulcanized rubber 1 it is soft and stickyvulcanized rubber is hard and
synthetic rubber - classification of rubber the synthetic rubber is acquired by polymerising specific organic compounds that may have properties
natural rubber - types of rubberit is acquired as latex from rubber trees the latex is coagulated along with formic acid or acetic acid the
rubber - polymerit is a polymer that is able of returning to its original size shape or length later than being deformed or stretched it a kind of
chain transfer agentsin vinylic polymerisation several other molecules react along with main growing chain to interrupt the additional growth of the
free-radical mechanismfree-radical polymerisation is started by organic peroxide or other reagents that decompose to give free
chain growth or addition polymerisation it includes a series of reaction each of which consumes a reactive particle and generates another similar
difference between thermoplastic and thermosetting polymersthermoplastic polymersthermosetting polymers1 thermoplastic polymers are soften and