00:01
In this question what we need to find is for the fundamental vibrational frequency, fundamental vibrational frequency and zero point energy.
00:19
Okay.
00:19
Now in this question we are given with bromine atoms.
00:23
Okay.
00:23
So we are having br 79 br 79 bromine molecule and we need to find the fundamental vibrational frequency.
00:33
Now we have the equation to calculate for the fundamental vibrational frequency nu is equal to 1 by 2 pi root of k divided by mu.
00:45
Okay.
00:46
Now the other question is to find the zero point energy.
00:49
So we have the equation as e naught is equal to h nu.
00:53
So in order to calculate the zero point energy we need the fundamental vibrational frequency.
00:58
Okay.
00:59
Now k here is the force constant.
01:03
Now it is given in the question that we are having 240 newton per meter or this is equal to 240 kilogram per second square as newton is kilojoule as newton is kilogram meter per second square.
01:27
Okay.
01:28
Now we have mu.
01:30
Mu is the reduced mass.
01:31
We have the equation that is m1 m2 divided by m1 plus m2.
01:36
Now here we are given with the two masses...