For a zero-order reaction with a rate constant 'k', if the initial concentration of the reactant is '' and the concentration at time 't' is '', which of the following equations correctly represents the integrated rate law?
Related Questions
Platinized asbestos used as a catalyst in the manufacture of is an example of :
Heterogeneous catalyst
Autocatalyst
Homocatalyst
Induced catalyst
A catalyst is most effective in finely divided state because
low surface area
greater number of active sites
It dissolves easily in water
It reduces the activation energy to the larger extent
In Zeigler-Natta polymerisation of ethylene, the active species is :
Protons accelerate the hydrolysis of esters. This is an example of :
A heterogeneous catalysis
An acid-base catalysis
A promoter
A negative catalyst
In chemical reaction, catalyst
Alters the amount of the products
Lowers the activation energy
Decreases the of forward reaction
Increases the of forward reaction
Which acts as negative catalyst?
Lead tetraethyl as antiknock compound
Glycerol in decomposition of
Ethanol in oxidation of chloroform
All of the above
Catalysts are generally used in finely divided state because
It avoids wastage of catalyst
We can see its reaction
It has more surface
It has no effect on reaction rate
Hydrolysis of cane sugar is catalysed by :
Mineral acids
Enzymes
All of these
Efficiency of catalyst depends on
Concentration
Molecular mass
Size of particles
None of these
Efficiency of a catalyst depends on its:
Particle size
Solubility
Molecular weight
None of these
