IB Gravity and Circular Motion
... Rotational Motion: rotation around an internal axis angle, q: how much an object has rotated, unit: radian (rad) 2p rad = 360º = 1 revolution (rev) angular velocity, w = Dq/t : rate of rotation, unit: rad/s frequency: revolutions per second, unit: ...
... Rotational Motion: rotation around an internal axis angle, q: how much an object has rotated, unit: radian (rad) 2p rad = 360º = 1 revolution (rev) angular velocity, w = Dq/t : rate of rotation, unit: rad/s frequency: revolutions per second, unit: ...
Tuesday, Oct. 28, 2014
... The total torque is t = lim ådt = ò dt = a lim å r 2d m = a ò r 2 dm = I dt ®0 r d m®0 Contribution from radial force is 0, because its What is the contribution due line of action passes through the pivoting O to radial force and why? Tuesday, Oct. 28, 2014 PHYS 1443-004, Fall 2014 point, making th ...
... The total torque is t = lim ådt = ò dt = a lim å r 2d m = a ò r 2 dm = I dt ®0 r d m®0 Contribution from radial force is 0, because its What is the contribution due line of action passes through the pivoting O to radial force and why? Tuesday, Oct. 28, 2014 PHYS 1443-004, Fall 2014 point, making th ...
Review Game - SCHOOLinSITES
... What is the torque on a bolt produced by a 15 N force exerted perpendicular to a wrench that is 28 cm long? 4.2 Nm ...
... What is the torque on a bolt produced by a 15 N force exerted perpendicular to a wrench that is 28 cm long? 4.2 Nm ...
Kinetic energy of rolling.
... If the component of the net external torque on a system along a certain axis is zero, the component of the angular momentum of the system along that axis cannot change, no matter what changes take place within the system. This conservation law holds not only within the frame of Newton’s mechanics b ...
... If the component of the net external torque on a system along a certain axis is zero, the component of the angular momentum of the system along that axis cannot change, no matter what changes take place within the system. This conservation law holds not only within the frame of Newton’s mechanics b ...
Name: Date: ______ 1. When building soap box cars which race by
... perform a decelerated rotation that is slow enough so that the car does not slide. Note that there is still some loss of heat to kinetic friction between the breaks and the tires. 24. While a coin tips over easily when you stand it on edge, a coin that's spinning on its edge stays up for a remarkabl ...
... perform a decelerated rotation that is slow enough so that the car does not slide. Note that there is still some loss of heat to kinetic friction between the breaks and the tires. 24. While a coin tips over easily when you stand it on edge, a coin that's spinning on its edge stays up for a remarkabl ...
Static Equilibrium
... the center of gravity of the object If g is uniform over the object, then the center of gravity of the object coincides with its center of mass If the object is homogeneous and symmetrical, the center of gravity coincides with its geometric center ...
... the center of gravity of the object If g is uniform over the object, then the center of gravity of the object coincides with its center of mass If the object is homogeneous and symmetrical, the center of gravity coincides with its geometric center ...
Moments of INERTIA
... • Let us look at a disk that is attached and wrap around several times by a rope that is also attached to an object that will fall. The disk has a fixes axel in it’s center. How can we find the falling objects acceleration? (Since the object is attached to the disk it can’t fall freely so the accele ...
... • Let us look at a disk that is attached and wrap around several times by a rope that is also attached to an object that will fall. The disk has a fixes axel in it’s center. How can we find the falling objects acceleration? (Since the object is attached to the disk it can’t fall freely so the accele ...
Precession
Precession is a change in the orientation of the rotational axis of a rotating body. In an appropriate reference frame it can be defined as a change in the first Euler angle, whereas the third Euler angle defines the rotation itself. In other words, the axis of rotation of a precessing body itself rotates around another axis. A motion in which the second Euler angle changes is called nutation. In physics, there are two types of precession: torque-free and torque-induced.In astronomy, ""precession"" refers to any of several slow changes in an astronomical body's rotational or orbital parameters, and especially to Earth's precession of the equinoxes. (See section Astronomy below.)