Calculate the motion of objects under the influence of forces and torques.
Do a Newton's second law computation:
Compute impulse:
Compute rolling motion:
Analyze the equations of motion of an object on an inclined plane.
Compute motion of a block on an inclined plane:
Compute motion of a round object on an inclined plane:
Find the Hamiltonian of a system:
Determine the mechanical advantage of the classical simple machines such as the screw, wedge and lever.
Compute mechanical advantages of simple machines:
Calculate various forms of work such as rotational, force over distance and force applied at an angle.
Compute mechanical work:
Specify an angle between force and displacement:
Compute rotational work:
Calculate motion and forms of acceleration constrained within a circular arc.
Compute torque:
Compute centripetal acceleration:
Compute the Coriolis acceleration in a rotating frame of reference:
Study pendulum motion using force diagrams and Newton's equation.
Derive the period, frequency and maximum velocity of a pendulum: