Understanding Wave Concept: Troubleshooting a Time Gap

In summary, the conversation discusses the concept of a wave passing through a medium and the forces experienced by particles within the medium. It is noted that the disturbance of one particle causes an instantaneous force on the next particle, yet there is still a time gap for the wave to reach the final particle. This is because the force is not actually instantaneous, but rather limited by the speed of light. Therefore, every wave must have a speed equal to that of light.
  • #1
sadhu
157
0
I have got a trouble with wave concept

suppose wave is passing through a medium ( let it ,just started)

suppose there are four points in the medium (particles)
A,B,C,D

as soon as A is disturbed even by an infinitesimally small distance , B experiences a forces (forces act instantaneously ) . time taken =0;
same happens from B to C
then C to D


time in each case is 0
so net time is 0;

but wave takes some time to reach D, I can't understand why that time gap is coming .as every thing is happening instantly.
 
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  • #2
Why are you assuming the force from one particle is instantaneously felt by the next?

The fact is that the force is not instantaneously felt by the second particle.
 
  • #3
if i remember correctly, force is limited at the same speed as light
 
  • #4
that means every wave should have a speed of light
 

Related to Understanding Wave Concept: Troubleshooting a Time Gap

1. What is a time gap in wave concept?

A time gap in wave concept refers to a delay or interruption in the transmission of a wave. This can occur due to various factors such as interference, diffraction, or refraction.

2. How does a time gap affect the understanding of wave concept?

A time gap can affect the understanding of wave concept by causing discrepancies in the expected behavior of waves. This can make it difficult to troubleshoot and understand the underlying principles of wave phenomena.

3. What are some common causes of time gaps in wave concept?

Some common causes of time gaps in wave concept include obstacles in the path of the wave, changes in the medium through which the wave is traveling, and differences in the properties of the medium at different points.

4. How can time gaps be minimized in wave concept?

To minimize time gaps in wave concept, it is important to carefully analyze the factors that may be causing the delay or interruption in the wave transmission. This can involve adjusting the properties of the medium, removing obstacles, or using diffraction or refraction to redirect the wave.

5. Why is it important to troubleshoot time gaps in wave concept?

Troubleshooting time gaps in wave concept is important because it allows for a better understanding of the principles of wave behavior. By identifying and addressing these gaps, scientists can gain a more accurate and comprehensive understanding of the behavior of waves, which can have practical applications in various fields such as communication, optics, and acoustics.

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