Genius Maker - School software - Physics software TRANSVERSE WAVES

Features of Transverse Waves Software:

The Transverse waves is a physics software, which demonstrates the transmission and nature of transverse waves by showing the example of addition of two transverse waves. The user is given with the options to change the frequency, amplitude, phase and direction of waves.

How to start with Transverse Waves software ?

• Open Genius Maker software and click "Transverse Waves" button. It opens the Transverse Waves window as shown above.
• On opening you will see 3 waves shown by default. The waves are named as Wave - A, Wave - B and Superposition of Waves A and B.
• Just click "Zoom in" button.
• You will see that the entire graphics area gets zoomed in the horizontal direction.
• You will also see the particles of the transmission medium moving in the transverse direction. The particles are shown in different colours for easy identification.
• You may go on clicking the "Zoom in" button many times (up to 5 times) to see the particle movement closely.
• Similarly you may go on clicking "Zoom out' button many times to see the waves in totality.
• You may pause the waves at any time by clicking the "Pause" button. Click the same button to play again.
• Let us learn about this software module in detail by taking a few sample cases.

Case 1 

• Set the following in Wave - A control box
  • Amplitude = 1 unit (ie., maximum position)
  • Frequency = 0.1 Hz
  • Direction  - Towards left
• Set the following in Wave - B control box
  • Amplitude = 0.2 unit 
  • Frequency = 1 Hz (ie., maximum position)
  • Direction  - Towards left
  • Phase = 0  (ie., minimum position)
• If the waves are not moving click the "Play" button.
• The present setting explains the concept of a signal carrier wave.
• Now you try reducing the value of frequency of Wave B and note the changes.
• Try increasing the value of amplitude of wave B and note the changes.
• Try increasing the phase of wave B and note the changes.
• Try changing the direction of wave B to move towards right.
• You may use "Zoom in" and "Zoom out" buttons at any moment to see the real effect and phenomena of wave superposition.
• Click "Play/Pause" button to stop and restart the waves. 

Case 2 

• Set the following in Wave - A control box
  • Amplitude = 1 unit  (ie., maximum position)
  • Frequency = 0.5 Hz
  • Direction  - Towards left
• Set the following in Wave - B control box
  • Amplitude = 1 unit  (ie., maximum position)
  • Frequency = 0.5 Hz
  • Direction  - Towards left
  • Phase = 180  
• If the waves are not moving click the "Play" button.
• The present setting explains the mutually canceling effect of 2 exactly similar waves with a phase difference of 180^o.
• Try reducing the value of amplitude of wave A or B and note the changes.
• You may use "Zoom in" and "Zoom out" buttons at any moment to see the real effect and phenomena of wave superposition.
• Click "Play/Pause" button to stop and restart the waves. 

Case 3 

• Set the following in Wave - A control box
  • Amplitude = 1 unit  (ie., maximum position)
  • Frequency = 0.5 Hz
  • Direction  - Towards right
• Set the following in Wave - B control box
  • Amplitude = 0.5 unit  (ie., maximum position)
  • Frequency = 0.5 Hz
  • Direction  - Towards left
  • Phase = 0 
• If the waves are not moving click the "Play" button.
• The present setting explains the superposition of 2 waves traveling in opposite directions.
• Try reducing and increasing the value of amplitude of wave A or B and note the changes.
• Try reducing and increasing the value of frequency of wave A or B and note the changes.
• You may use "Zoom in" and "Zoom out" buttons at any moment to see the real effect and phenomena of wave superposition.
• Click "Play/Pause" button to stop and restart the waves. 

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