Difference between revisions of "Damped Ocillation"
(→About Damped Oscillations) |
(→About Damped Oscillations) |
||
| Line 10: | Line 10: | ||
*[[Resistive forces]] such as [[friction]] and [[Air Resistance|air resistance]] cause '''damping'''. | *[[Resistive forces]] such as [[friction]] and [[Air Resistance|air resistance]] cause '''damping'''. | ||
*The [[energy]] of the [[Oscillate|oscillating]] [[system]] is gradually [[Energy Transfer|transferred]] to the environment. | *The [[energy]] of the [[Oscillate|oscillating]] [[system]] is gradually [[Energy Transfer|transferred]] to the environment. | ||
| − | *'''Damping''' affects the [[natural frequency]] of the [[Oscillate|oscillating]] [[system]], causing it to decrease. | + | *'''Damping''' affects the [[Natural Frequency|natural frequency]] of the [[Oscillate|oscillating]] [[system]], causing it to decrease. |
*The degree of '''damping''' determines how quickly the [[Oscillate|oscillations]] die out. | *The degree of '''damping''' determines how quickly the [[Oscillate|oscillations]] die out. | ||
Revision as of 14:26, 23 May 2024
Key Stage 5
Meaning
Damped oscillations are oscillations that gradually reduce in amplitude due to the presence of resistive forces such as friction and drag.
About Damped Oscillations
- Types of Damping:
- Lightly Damped: the amplitude decreases gradually over time.
- Heavily Damped: the system returns to equilibrium without oscillating.
- Critically Damped: the system returns to equilibrium in the shortest possible time without oscillating.
- Resistive forces such as friction and air resistance cause damping.
- The energy of the oscillating system is gradually transferred to the environment.
- Damping affects the natural frequency of the oscillating system, causing it to decrease.
- The degree of damping determines how quickly the oscillations die out.
Examples
- A swinging pendulum in air experiences damped oscillations.
- Car shock absorbers use damping to reduce oscillations after driving over a bump.