Angular Momentum (l) - Units: Angular Momentum is a vector whose direction is perpendicular to the plane containing r and p given by the right hand rule.
a. the angular momentum of the particle, Out of the page
b. and the torque acting on the particle. Out of the page
2. Two objects are moving as shown 2. Two objects are moving as shown. What is their total angular momentum about point O?
2. Two objects are moving as shown 2. Two objects are moving as shown. What is their total angular momentum about point O? Out of the page
3. What is the angular momentum of a rigid object rotating about a fixed axis? But
Angular Momentum of a rigid object rotating about a fixed axis 3. What is the angular momentum of a rigid object rotating about a fixed axis? But But Angular Momentum of a rigid object rotating about a fixed axis
3. Three particles, each of mass m, are fastened to each other and to a rotation axis by three massless strings, each with length l. The combination rotates around the rotational axis at O with angular velocity ω in such a way that the particles remain in a straight line. In terms of m, l and ω and relative to point O, what are a. the rotational inertia of the combination,
Treat as a separate object 3. Three particles, each of mass m, are fastened to each other and to a rotation axis by three massless strings, each with length l. The combination rotates around the rotational axis at O with angular velocity ω in such a way that the particles remain in a straight line. In terms of m, l and ω and relative to point O, what are b. the angular momentum of the middle particle, 2 methods Treat as a separate object But
3. Three particles, each of mass m, are fastened to each other and to a rotation axis by three massless strings, each with length l. The combination rotates around the rotational axis at O with angular velocity ω in such a way that the particles remain in a straight line. In terms of m, l and ω and relative to point O, what are b. the angular momentum of the middle particle, 2 methods Treat as a rigid object But
3. Three particles, each of mass m, are fastened to each other and to a rotation axis by three massless strings, each with length l. The combination rotates around the rotational axis at O with angular velocity ω in such a way that the particles remain in a straight line. In terms of m, l and ω and relative to point O, what are c. the total angular momentum of the three particles.