A rectangular block of size `(bbxxh)` moving with velocity `v_(0)` enters on a rough surface where the coefficient of friction is `mu` as shown in figure. Identify the correct statement.

A ring of mass M and radius R sliding with a velocity v_(0) suddenly enters inthrough surface where the coefficient of friction is mu , as shown in figure. . Choose the correct statement (s).

A ring of mass M and radius R sliding with a velocity v_(0) suddenly enters inthrough surface where the coefficient of friction is mu , as shown in figure. . Choose the correct statement (s).

A ring of mass M and radius R sliding with a velocity v_(0) suddenly enters inthrough surface where the coefficient of friction is mu , as shown in figure. . Choose the correct statement (s).

A ring of mass M and radius R sliding with a velocity v_(0) suddenly enters inthrough surface where the coefficient of friction is mu , as shown in figure. . Choose the correct statement (s).

A ring of mass m sliding on a smooth surface with velocity v_(0) enters rough surface with coefficient of kinetic friction mu_(k) , then

A block of mass m moving with a velocity v_(0) on a rough horizontal surface from x=0 coefficient of friction is given by mu=mu_(0)=ax . Find the kinetic energy of the block as function of x before it comes to rest.

A block of mass m moving with a velocity v_(0) on a rough horizontal surface from x=0 coefficient of friction is given by mu=mu_(0)+ax . Find the kinetic energy of the block as function of x before it comes to rest.