General
General
Easy
Question
A first order reaction is 75% complete after 32 min. when was 50% of the reaction completed?
- 16 min
- 8 min
- 4 min
- 32 min
The correct answer is: 16 min
Related Questions to study
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The rate constant for the first order reaction is 60 𝑠−1. How much time will it take to reduce the concentration of the reaction to 1/16 M value ?
The rate constant for the first order reaction is 60 𝑠−1. How much time will it take to reduce the concentration of the reaction to 1/16 M value ?
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If then how many subsets of contain the elements and
If then how many subsets of contain the elements and
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If relation is defined as :
if is the father of Then, is
If relation is defined as :
if is the father of Then, is
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If . Then, is
If . Then, is
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If is a relation on then is
If is a relation on then is
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Let . Then, is
Let . Then, is
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If and is a relation defined on as “two elements are related iff they have exactly one common factor other than 1”. Then the relation is
If and is a relation defined on as “two elements are related iff they have exactly one common factor other than 1”. Then the relation is
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Set builder form of the relation
is
Set builder form of the relation
is
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Let Then, is
Let Then, is
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Let be 100 sets such that and then contains… elements
Let be 100 sets such that and then contains… elements
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In a class, 70 students wrote two tests viz; test-I and test-II. 50% of the students failed in test-I and 40% of the students in test-II. How many students passed in both tests?
In a class, 70 students wrote two tests viz; test-I and test-II. 50% of the students failed in test-I and 40% of the students in test-II. How many students passed in both tests?
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Let and let be a relation on Then, is
Let and let be a relation on Then, is
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Let be a reflexive relation on a finite set having elements, and let there be ordered pairs in Then,
Let be a reflexive relation on a finite set having elements, and let there be ordered pairs in Then,
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In order that a relation defined on a non-empty set is an equivalence relation, it is sufficient, if
In order that a relation defined on a non-empty set is an equivalence relation, it is sufficient, if
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Let be a relation on a set Then, is
Let be a relation on a set Then, is
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