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A rarr B + C Time 0 t Volume of reagent...

`A rarr B + C` Time 0 t Volume of reagent `V_(1)" " V_(2)` The reagent reacts with A, B and C. Find k.

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`K=(1)/(t)" In "(V_(1))/((2V_(1)-V_(2)))`
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One mole of an ideal gas with heat capacity at constant pressure C_(P) undergoes the process T=T_(0)+alpha V where T_(0) and a are constants.If its volume increases from V_(1)toV_(2) the amount of heat transferred to the gas is C_(P)RT_(0)ln((V_(2))/(V_(1))) O alpha C_(P)((V_(2)-V_(1)))/(RT_(0))ln((V_(2))/(V_(1))) qquad alpha C_(P)(V_(2)-V_(1))+RT_(0)ln((V_(2))/(V_(1)))

One mole of an ideal gas with heat capacity at constant pressure C_(P) undergoes the process T=T_(0)+alpha V where T_(0) and a are constants.If its volume increases from V_(1)toV_(2) the amount of heat transferred to the gas is C_(P)RT_(0)ln((V_(2))/(V_(1))) alpha C_(P)((V_(2)-V_(1)))/(RT_(0))ln((V_(2))/(V_(1))) alpha C_(P)(V_(2)-V_(1))+RT_(0)ln((V_(2))/(V_(1)))

The volume of a given mass of gas at 273K is x ? The volume of it at 20^(0)C is V_(20) .Then its volume at 25^(0)C is (1) 25x (2) V_(20) +(25x)/(273) (3) V_(20) +(5x)/(273) (4) V_(20) X5x

MOTION-Chemical Kinetics-Exercise - 3
  1. In this case we have A rarr B + C Time " "t " "prop Total press...

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  2. A rarr B + C Time " "t " "prop Total pressure of (B + C) " "P(2) " ...

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  3. A rarr B + C Time 0 t Volume of reagent V(1)" " V(2) The reagent reac...

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  4. A rarr 2B + 3C Time " "t " "prop Volume of reagent v(2) " "v(3) Rea...

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  5. S rarr G + F Time " "t " "prop Rotation of Glucose & Fructose r(t)...

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  6. At 27^@C it was observed during a reaction of hydogenation, that the p...

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  7. At 100^(@)C the gaseous reaction A rarr 2B + C was observed to be of f...

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  8. The reaction AsH(3) (g) rarr As(s) +(3)/(2) H(2)(g) was followed at co...

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  9. The decomposition of N(2)O(5) according to the equation 2N(2)O(5) (g) ...

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  10. The thermal decomposition of dimethyl ether as measured by finding the...

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  11. From the following data show that decomposition of H(2)O(2) in aqueous...

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  12. A definite volume of H(2)O(2) under going spontaneous decomposition re...

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  13. In the hydrogen of propyl acetate in presence of dilute HCl in aqueous...

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  14. Hydrogen peroxide solution was stored in a mild steel vessel. It was f...

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  15. The reaction given below, rate constant for disappearance of A is 7.48...

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  16. A metal slowly forms an oxide film which completely protects the metal...

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  17. A vessel contains dimethyl ether at a pressure of 0.4 atm. Dimethyl et...

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  18. For the two parallel reactions A overset(k(1)) rarr B and A overset(k(...

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  19. The energy of activation of a first order reaction is 104.5" kJ mole"^...

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  20. The specific rate constant for a reaction increases by a factor of 4, ...

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