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  1. Where the waves meet in phase, constructive interference occurs so antinodes are formed, which are regions of maximum amplitude. Where the waves meet completely out of phase, destructive interference occurs and nodes are formed, which are regions of no displacement.

  2. The intensity of a wave is directly proportional to its amplitude squared, as shown below: I ntensity ∝ (amplitude) 2. 14.2 - Transverse and longitudinal waves. Transverse waves - the oscillations of particles (or fields) are at right angles to the direction of energy transfer.

  3. To find the amplitude: The y-axis of the CRO will show the displacement of the wave. The voltage/divisions setting will give the scale of the y axis. Each division will correspond to a stated voltage. Ensure the wave fills as much vertical space on the screen as possible by changing the voltage/div. .

  4. The point where » = +A is typically called the \crest" of the wave and the point where » = ¡A is called the \trough" of the wave.2 The distance from crest to crest (or trough to trough) is called the \wavelength," the distance between points on the wave which have the same phase at the same instant of time.

  5. Waves transfer energy The higher the amplitude the greater the energy of the wave. f=no. of waves produced per second T= time for 1 wave to pass a point. Transverse Wave: The particles of the medium transmitting the wave travel at right angles to the direction of energy travel. e.g. E.M. waves.

  6. Lesson Takeaways. I can qualitatively and quantitatively interpret cases of constructive and destructive interference I can add up two waves with superposition to create a new waveform I can use wavelength and source distance to identify maxima and minima for interference.

  7. A wave on a string has the formula y = 0.030sin(0.55x − 62.8t + π/3). What is the wavelength, frequency, period, phase constant, and speed of the wave.

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