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The difference between an ideal gas and a real gas is that real gases will not strictly follow the laws established for ideal gases, because of real-world characteristics.An ideal gas can follow the formula PV=nRT(P - pressure, V - volume, n - amount of moles, R - Avogrado constant, T - absolute temperature)A real gas does not always follow this formula.
An ideal gas is infinitely compressible, a real gas will condense to a liquid at some pressure.
The particles of an ideal gas lose no energy to its container. A real gas conducts and radiates heat, thereby losing energy.
There is no attraction between the molecules of an ideal gas. A real gas has particle attractions.
Uses Trihydric alcohols (a) It is used as antifreeze in automobile radiator. (b) It is used in the preparation of good quality of soap-hand lotions shaving creams and tooth
Q. What are the diffrent forms of energy? Ans: Kinetic energy is energy of motion. Gas molecules of a given substance move much more rapidly than do the molecules in the soli
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Uses of methanol - Uses of monohydric alcohol (1) Methanol is extremely important industrial starting material for making formaldehyde, acetic acid and other chemicals. (2)
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Lowest sum rule - iupac system of nomenclature previously it may be noted that, the numbering of the parent chain consisting of two or more substituents was done in such a way
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Position isomerism: It is due to the difference in the position of the substituent atom or group or an unsaturated linkage in similar carbon chain. A. Carboxylic, aldehydes
The expression for Bohr's radius of an atom is: (1) r= n 2 h 2 / 4 Π 2 me 4 z 2 (2) r= n 2 h 2 / 4 Π me 2 z 2 (3) r= n2h2/4 Π me 3
A hypothetical gas with molecules of negligible size that exert no intermolecular forces is called ideal gas and the real gas is the gas which have the molecules of negligible size that exerts the some attractions and repulsions
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