Showing posts with label oscillator. Show all posts
Showing posts with label oscillator. Show all posts
Wednesday, March 25, 2020
Thursday, March 19, 2020
Waves
What is a wave?
Oscillating propagation of the system in equilibrium of elastic environment
How does the phenomenon of wave form?
As the equilibrium system disrupts, the oscillation occurs around the equilibrium point, which depends on the elasticity of the environment and the coupling of the vibration system to the environment, which eventually results in oscillation or energy transfer, which is the same wave.
What are the wave parameters?
Wave amplitude : Depends on the source.
Period : A fundamental feature of a system or oscillator.
Wave propagation speed : Depends on the basic parameters of the environment.
There are three important things to consider in wave physics :
Conditions of formation
Release Features
Interactions
Oscillating propagation of the system in equilibrium of elastic environment
How does the phenomenon of wave form?
As the equilibrium system disrupts, the oscillation occurs around the equilibrium point, which depends on the elasticity of the environment and the coupling of the vibration system to the environment, which eventually results in oscillation or energy transfer, which is the same wave.
What are the wave parameters?
Wave amplitude : Depends on the source.
Period : A fundamental feature of a system or oscillator.
Wave propagation speed : Depends on the basic parameters of the environment.
There are three important things to consider in wave physics :
Conditions of formation
Release Features
Interactions
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