Given the setup shown in Fig Block A
A bar of mass m is placed on a triangular block of mass M as shown in Fig. The friction coefficient between the two surfaces is μ and ground is smooth. Find the minimum and maximum horizontal force F required to be applied on a block so that the bar will not slip on the inclined surface of block.
30
Aug
A bar of mass m is placed on a triangular block of mass M as shown in Fig. The friction coefficient between the two surfaces is μ and ground is smooth. Find the minimum and maximum horizontal force F required to be applied on a block so that the bar will not slip on the [...]
Tags:
and the pulleys frictionless .There is no friction between block B and the support table ,
B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable ,
but there is friction between blocks B and C ,
denoted by a given coefficient mu ,
Given the setup shown in Fig Block A ,
The blocks of mass M and m are arranged as the situation in Fig is shown. The coefficient of friction between two blocks is μ1 and that between the bigger block and the ground is μ2 . Find the acceleration of the blocks.
30
Aug
The blocks of mass M and m are arranged as the situation in Fig is shown. The coefficient of friction between two blocks is μ1 and that between the bigger block and the ground is μ2 . Find the acceleration of the blocks. and the pulleys frictionless .There is no friction between block B and [...]
Tags:
and the pulleys frictionless .There is no friction between block B and the support table ,
B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable ,
but there is friction between blocks B and C ,
denoted by a given coefficient mu ,
Given the setup shown in Fig Block A ,
In Fig the co-efficient of friction between the walls of block of mass m and the plank of mass M is μ. The same co-efficient of friction is there between the bank and the horizontal floor. The force F is 100N and the masses m and M of 1 kg and 3 kg respectively. Find the value of μ, if the block does not slip along the wall of the plank.
30
Aug
In Fig the co-efficient of friction between the walls of block of mass m and the plank of mass M is μ. The same co-efficient of friction is there between the bank and the horizontal floor. The force F is 100N and the masses m and M of 1 kg and 3 kg respectively. Find [...]
Tags:
and the pulleys frictionless .There is no friction between block B and the support table ,
B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable ,
but there is friction between blocks B and C ,
denoted by a given coefficient mu ,
Given the setup shown in Fig Block A ,
The pulley shown in figure is massless and frictionless and thread are inextensible. The horizontal surface over which the block C is placed is smooth while coefficient of friction for all the remaining surfaces is mu.
30
Aug
The pulley shown in figure is massless and frictionless and thread are inextensible. The horizontal surface over which the block C is placed is smooth while coefficient of friction for all the remaining surfaces is mu. and the pulleys frictionless .There is no friction between block B and the support table B and C have [...]
Tags:
and the pulleys frictionless .There is no friction between block B and the support table ,
B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable ,
but there is friction between blocks B and C ,
denoted by a given coefficient mu ,
Given the setup shown in Fig Block A ,
Given the setup shown in Fig Block A, B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable, and the pulleys frictionless .There is no friction between block B and the support table, but there is friction between blocks B and C, denoted by a given coefficient mu
30
Aug
Given the setup shown in Fig Block A, B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable, and the pulleys frictionless .There is no friction between block B and the support table, but there is friction between blocks B and C, denoted by a given [...]
Tags:
and the pulleys frictionless .There is no friction between block B and the support table ,
B and C have masses m(A)= M and m(B) =m(C) = m. The strings are assumed maseless and unstreichable ,
but there is friction between blocks B and C ,
denoted by a given coefficient mu ,
Given the setup shown in Fig Block A ,