00:01
In this question they have given that we have to find out what change.
00:06
So, or what changes in the particular state of a gas? so, a state of a gas.
00:14
So it brings support which of the particular following effects.
00:18
What are those, the first effect here they have given? so number of impacts, number of impacts per unit time, per unit time on a given container, on a given container wall increases.
00:36
On a given container wall increases.
00:39
This is the first.
00:40
We have to recall the ideal gas law.
00:45
So that is ideal gas law.
00:47
Pv is equal to nrta.
00:49
So here the increase in the number of impacts per runtime.
00:56
So here.
00:58
So increase the number of impacts.
01:02
Number of impacts per unit time per unit time so this particular thing it is done via increase in pressure so this particular impact it can be done by increase in pressure since because it is the measure of because it is the measure of it is the measure of it is the measure of increase of temperature increase of temperature so by increasing of the temperature but it adds more kinetic energy it adds more kinetic energy so therefore more collisions per unit time more collisions per unit time per unit time so here either increase in present or by increase in the temperature so the number of collisions per unit time will be increased...