A small block of 2.m multiples with velocity v on a horizontal surface it moves by...

 

Transcribed Image Text:

A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D A small block of 2.m multiples with velocity v on a horizontal surface it moves by sliding frictionlessly. Where R = 1.2m As is known, the separation from the cylindrical surface of BCD by 40 What should be the magnitude of v velocity? %3D C R. D