Two gaseous molecules 
and 
are traveling towards each other. Let the mean free path of the molecule be 
and 
be the collision number with other molecules at pressure 1 atm. Answer the following questions
The free path of a gas molecule is the distance
a)
Between the two opposite walls of the container
b)
That molecules travel in the second
c)
Through which a molecule moves between two successive collisions
d)
None of these
and are traveling towards each other. Let the mean free path of the molecule be and be the collision number with other molecules at pressure 1 atm. Answer the following questionsThe free path of a gas molecule is the distance
a)
Between the two opposite walls of the container
b)
That molecules travel in the second
c)
Through which a molecule moves between two successive collisions
d)
None of these
Question ID - 103086 | SaraNextGen Top Answer Two gaseous molecules and are traveling towards each other. Let the mean free path of the molecule be and be the collision number with other molecules at pressure 1 atm. Answer the following questions
The free path of a gas molecule is the distance
a)
Between the two opposite walls of the container
b)
That molecules travel in the second
c)
Through which a molecule moves between two successive collisions
d)
None of these
Two gaseous molecules and are traveling towards each other. Let the mean free path of the molecule be and be the collision number with other molecules at pressure 1 atm. Answer the following questions
|
The free path of a gas molecule is the distance |
|
|
a) |
Between the two opposite walls of the container |
|
b) |
That molecules travel in the second |
|
c) |
Through which a molecule moves between two successive collisions |
|
d) |
None of these |
(c)
distance between two successive collisions
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