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Statement -1 : Product is formed only when the required orientation and energy conditions are met. Statement – 2 : All collisions between reactants yield the desired product.
03
Jun
Statement -1 : Product is formed only when the required orientation and energy conditions are met. Statement – 2 : All collisions between reactants yield the desired product. Statement -1 : Product is formed only when the required orientation and energy conditions are met. Statement - 2 : All collisions between reactants yield the desired [...]
Statement -1 : Catalyst may increase the rate constant to a large extent. Statement – 2 : By using suitable catalyst, we can significantly increase yield.
03
Jun
Statement -1 : Catalyst may increase the rate constant to a large extent. Statement – 2 : By using suitable catalyst, we can significantly increase yield. Statement -1 : Catalyst may increase the rate constant to a large extent. Statement - 2 : By using suitable catalyst we can significantly increase yield. June 3, 2021 [...]
Statement -1 : The order of reaction can have frictional value. Statement -2 : For an elementary reaction, the partial orders are determined by the reaction stoichiometry.
03
Jun
Statement -1 : The order of reaction can have frictional value. Statement -2 : For an elementary reaction, the partial orders are determined by the reaction stoichiometry. Statement -1 : The order of reaction can have frictional value. Statement -2 : For an elementary reaction the partial orders are determined by the reaction stoichiometry. June [...]
Statement -1 : Acid catalysed hydrolysis of esters is pseudo first order reaction. Statement -2 : Water is present in excess in given reaction.
03
Jun
Statement -1 : Acid catalysed hydrolysis of esters is pseudo first order reaction. Statement -2 : Water is present in excess in given reaction. Statement -1 : Acid catalysed hydrolysis of esters is pseudo first order reaction. Statement -2 : Water is present in excess in given reaction. June 3, 2021 Category: Chapter 7 - [...]
Statement – 1 : Concentration of reactant in zero order reaction is constant. Statement – 2 : For zero order reaction A gives B, successive half time of reaction decreases with the progress of the reaction.
03
Jun
Statement – 1 : Concentration of reactant in zero order reaction is constant. Statement – 2 : For zero order reaction A gives B, successive half time of reaction decreases with the progress of the reaction. Statement - 1 : Concentration of reactant in zero order reaction is constant. Statement - 2 : For zero [...]
Statement -1 : An elementary reaction cannot have fractional order. Statement -2 : Stoichiometric coefficients in an elementary reaction can be fractional.
03
Jun
Statement -1 : An elementary reaction cannot have fractional order. Statement -2 : Stoichiometric coefficients in an elementary reaction can be fractional. Statement -1 : An elementary reaction cannot have fractional order. Statement -2 : Stoichiometric coefficients in an elementary reaction can be fractional. June 3, 2021 Category: Chapter 7 - Chemical Kinetics and Nuclear [...]
Statement -1 : Molecularity has no meaning for a complex reaction Statement – 2 : Molecularity defined only for RDS
03
Jun
Statement -1 : Molecularity has no meaning for a complex reaction Statement – 2 : Molecularity defined only for RDS Statement -1 : Molecularity has no meaning for a complex reaction Statement - 2 : Molecularity defined only for RDS June 3, 2021 Category: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and [...]
In the reaction A gives k1 B gives k2 C gives k3 D, if k1 > k2 > k3 then the rate determing step of the reaction is
03
Jun
In the reaction A gives k1 B gives k2 C gives k3 D, if k1 > k2 > k3 then the rate determing step of the reaction is if k1 > k2 > k3 then the rate determing step of the reaction is In the reaction A gives k1 B gives k2 C gives k3 [...]
The following mechanism has been proposed for the exothermic catalyzed complex reaction: A+B−→FastIAB→k1AB+I→k2P+A If k1 is much smaller than k2, the most suitable qualitative plot of potential energy (PE) versus reaction coordinates (R.C.) for the above reaction is
03
Jun
The following mechanism has been proposed for the exothermic catalyzed complex reaction: A+B−→FastIAB→k1AB+I→k2P+A If k1 is much smaller than k2, the most suitable qualitative plot of potential energy (PE) versus reaction coordinates (R.C.) for the above reaction is The following mechanism has been proposed for the exothermic catalyzed complex reaction: A+B−→FastIAB→k1AB+I→k2P+A If k1 is much [...]
For reaction A→B, the rate constant k1=A^-Ea1/(RT)1 and for the reaction X→Y, the rate constant k2 = A^-Ea1/(RT)2 . If A1=10^8,A2 = 10^10 and Ea1 = 600 cal /mol, Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol)
03
Jun
For reaction A→B, the rate constant k1=A^-Ea1/(RT)1 and for the reaction X→Y, the rate constant k2 = A^-Ea1/(RT)2 . If A1=10^8,A2 = 10^10 and Ea1 = 600 cal /mol, Ea2 = 1800 cal/mol then the temperature at which k1=k2 is (Given :R=2 cal/K-mol) A2 = 10^10 and Ea1 = 600 cal /mol Ea2 = 1800 [...]