The amplitude of oscillation of the simple pendulum will
gradually decrease and become zero when the oscillation stops. The
decrease in amplitude of an oscillating system is called damping.An
oscillating system experiences damping when its energy is drained
out as heat energy.External damping - the __________ of energy to
overcome _________________ of air resistanceInternal damping - the
loss of energy due to the _______________ and compression of the
molecules in the systemDamping in an oscillating system causesThe
_______________________________The
_______________________________To enable the oscillating system to
go on continuously, an external force must be applied to the
system. The external force supplies energy to the system. Such a
motion is called __________________________The frequency of a
system which oscillate freely without the action of an external
force is called ______________________Resonance occurs when the
system is made to _____________ at a frequency equivalent to its
____________________ by an external force. The resonating system
oscillate at its maximum displacement.Resonance can be demonstrated
with a Bartons pendulumAnswer this question base on diagram of
Bartons PendulumWhen the pendulum B oscillate, all other pendulums
are ____________ to oscillate.It is found that the pendulum
A/B/C/D/E oscillate with the largest ___________________.Pendulum
A/B/C/D/E resonatesThe natural frequency of a simple pendulum
depends on the ____________ of the pendulum.Therefore, pendulum B
causes pendulum A/B/C/D/E to oscillate at its ____________
