00:01
Hello, i have a question in this.
00:05
There is a situation which is being given with the use of figure.
00:16
Okay, there's a pulley like this and here there is a mass.
01:10
There is another mass over this.
01:15
The masses are being given.
01:17
This is three kilograms.
01:20
This is two kilograms.
01:21
This is two kilograms.
01:22
This is tension t2 this is tension t1 and there is larger mass of 10 kg is being given they have to find tensions t1 and t2 and one more thing is being given the coefficient of static friction of kinetic friction between m1 and m2 this is m1 uh 2 so this is m1 and this is m2 and this is m2 and this is coefficient of kinetic friction mu k mucay is being given as 0 .30 m1 is 2 kg what we already have written m2 is 3 kilograms this is a tension t2 this is tension t1 because same string means same tension this is tension t1 i have to find tension t1 and t2.
02:35
Now, if we release this from rest, so it is quite clear that exhalation will be in this direction...