Sahay Sir > Question Answers > The system of mass `A` and `B` shown in the figure is released from rest with `x=0`
A wedge with a rough circular track AB, is fixed on the plane x x’. The radius of the track is R and the coefficient of friction of the track varies as mu=mu_(0)x. Find the work done on mass m in moving from A to B. Here C is the centre of the circular track AB and x is the distance along +ve x “axis” from origin O.
23
Aug
A wedge with a rough circular track AB, is fixed on the plane x x’. The radius of the track is R and the coefficient of friction of the track varies as mu=mu_(0)x. Find the work done on mass m in moving from A to B. Here C is the centre of the circular track [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: A wedge with a rough circular track AB , determine the velocity of mass `B` when `x=3m`. Also find the maximum displacement of mass `B`. , The system of mass `A` and `B` shown in the figure is released from rest with `x=0` ,
The system of mass `A` and `B` shown in the figure is released from rest with `x=0`, determine the velocity of mass `B` when `x=3m`. Also find the maximum displacement of mass `B`.
23
Aug
The system of mass `A` and `B` shown in the figure is released from rest with `x=0`, determine the velocity of mass `B` when `x=3m`. Also find the maximum displacement of mass `B`. determine the velocity of mass `B` when `x=3m`. Also find the maximum displacement of mass `B`. The system of mass `A` and [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: determine the velocity of mass `B` when `x=3m`. Also find the maximum displacement of mass `B`. , The system of mass `A` and `B` shown in the figure is released from rest with `x=0` ,