11-13 Beam in Equilibrium-equilibrium
Find the tension in ropes holding up a beam in equilibrium.
On this page
byersdorf
Explore " byersdorf" with insightful episodes like "11-13 Beam in Equilibrium-equilibrium", "10-63 Block and Cylinder-dynamics of rotational motion", "10-47 Gyroscope-dynamics of rotational motion", "10-33 Power of a Motor-dynamics of rotational motion" and "10-19 Falling Yo Yo-dynamics of rotational motion" from podcasts like ""Physics 50 example problems", "Physics 50 example problems", "Physics 50 example problems", "Physics 50 example problems" and "Physics 50 example problems"" and more!
Episodes (100)
10-63 Block and Cylinder-dynamics of rotational motion
Find the acceleration of a block on a plane that is attached to a rotating cylinder which has non-negligible moment of inertia
10-47 Gyroscope-dynamics of rotational motion
Determine the direction that a gyroscope precesses
10-33 Power of a Motor-dynamics of rotational motion
Determine the lifting capacity of a motor with a given power and rotation rate
10-19 Falling Yo Yo-dynamics of rotational motion
Find the acceleration of a falling yo-yo and the tension in the string as it falls
10-7 Frictional Torque-dynamics of rotational motion
Find the frictional torque necessary to slow a spinning object a given amount in a given time
10-3 Calculating Torque-dynamics of rotational motion
Find the torque exerted on an object by each of three different forces
10-1 Calculating Torque-dynamics of angular motion
Find the torque that a force exerts on a wrench for six different configurations
9-100 Moment of Inertia of a Cone-rotation of rigid bodies
Calculate the moment of inertia for a cone.
9-85 Pulley With Inertia-rotation of rigid bodies
Solve for the speed of a falling block that must pull another block and spin a pulley that has inertia.
9-63 Speedometer-rotation of rigid bodies
Relate the linear velocity of a car to the angular velocity of the axle as read by the speedometer
9-52 Parallel Axis Theorem for a Wheel-rotation of rigid bodies
Use the parallel axis theorem to find the moment of inertia for a wheel rotating about a point on its rim.
9-41 Moment of Inertia of a Wagon Wheel-rotation of rigid bodies
Find the moment of inertia for a wagon wheel given the size and shape of its components.
9-37 Moment of Inertia of a Distribution of Masses-rotation of rigid bodies
Find the moment of inertia for a distribution of masses.
9-29 Drill Speed-rotation of rigid bodies
Determine the linear acceleration of a point on the edge of a drill bit, given its angular velocity.
9-21 Helicopter Rotor Blades-rotation of rigid bodies
Relate the parameters of angular motion for a helicopter rotor blade to the parameters of linear motion for a point on the tip of the blade.
9-9 Rotating Flywheel-rotation of rigid bodies
Calculate the change in the angular velocity and angular displacement of a flywheel that is slowing down due to friction
9-5 Instantaneous Angular Velocity-rotation of rigid bodies
Relate an expression for the angular displacement of a merry-go-round to its angular velocity and angular acceleration
9-1 Angles and Arc Lengths-rotation of rigid bodies
Relate an angle to arc lengths subtended by the angle
8-45 Center of Mass-momentum and collisions
Determine the center of mass of an object