Column-I |
Column- II |
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(A) |
The amount of energy which must be invested in reaction to get it started |
(p) |
Chemical equilibrium |
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(B) |
A state in which the rate of forward reaction is exactly equal to the rate of the reverse reaction |
(q) |
Activation energy |
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(C) |
A process or reaction which consumes heat |
(r) |
Endothermic |
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(D) |
A process or reaction that releases heat |
(s) |
Exothermic |
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|
(t) |
Threshold energy |
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CODES : |
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|
A |
B |
C |
D |
|
|
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a) |
q |
p |
r |
s |
|
|
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b) |
r |
q |
s |
p |
|
|
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c) |
s |
p |
q |
r |
|
|
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d) |
p |
r |
s |
q |
|
|
Column-I |
Column- II |
||||||||
(A) |
The amount of energy which must be invested in reaction to get it started |
(p) |
Chemical equilibrium |
||||||
(B) |
A state in which the rate of forward reaction is exactly equal to the rate of the reverse reaction |
(q) |
Activation energy |
||||||
(C) |
A process or reaction which consumes heat |
(r) |
Endothermic |
||||||
(D) |
A process or reaction that releases heat |
(s) |
Exothermic |
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|
|
(t) |
Threshold energy |
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CODES : |
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|
A |
B |
C |
D |
|
|
|||
a) |
q |
p |
r |
s |
|
|
|||
b) |
r |
q |
s |
p |
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|
|||
c) |
s |
p |
q |
r |
|
|
|||
d) |
p |
r |
s |
q |
|
|
(a) (a q) To initial reaction, activation energy must be invested (b p) (c r) In endothermic reaction or ) heat absorbed by system (d s) In exothermic reaction or ) heat releases out from system to surroundings |