Add to ORKGA wave on a taut wire is described by the equation y=1.5sin(0.10x-560t), where x and y are in cm and t is in seconds. Find the: a) Amplitude, b) Wavelength, c) Period, d) Wave speed of the wave
An elementary derivation of the wave equation as applied to violin strings is given
An elementary derivation of the wave equation as applied to violin strings is given
The dynamic propagation of electromagnetic wave in the BNW (r = 280 nm) at 605 nm wavelengt
This question is about standing waves on a string. A wire 37cm long is clamped at both ends The wave...
One of the basic equations of mathematical physics (for instance function of two independent variabl...
One of the basic equations of mathematical physics (for instance function of two independent variabl...
This PhysCast calculates the speed of a tranverse wave travelling along a stretched spring
Basic characteristics of a sinoidal curveA simple comparison of two examples of wave propagation usi...
This PhysCast deals with constructing a wave equation from some given information in a diagram
An interaction showing the steps necessary to draw a sinusoidal waveform as a number of perpendicula...
An interaction showing the steps necessary to draw a sinusoidal waveform as a number of perpendicula...
Wave theoryChange the amplitude and frequency of the two component sine waves to create a complex, n...
Wave theoryChange the amplitude and frequency of the two component sine waves to create a complex, n...
This PhysCast is going to look at standing waves on a stretched string. A 45 gram string is tightly ...
An elementary derivation of the wave equation as applied to violin strings is given
An elementary derivation of the wave equation as applied to violin strings is given
An elementary derivation of the wave equation as applied to violin strings is given
The dynamic propagation of electromagnetic wave in the BNW (r = 280 nm) at 605 nm wavelengt
This question is about standing waves on a string. A wire 37cm long is clamped at both ends The wave...
One of the basic equations of mathematical physics (for instance function of two independent variabl...
One of the basic equations of mathematical physics (for instance function of two independent variabl...
This PhysCast calculates the speed of a tranverse wave travelling along a stretched spring
Basic characteristics of a sinoidal curveA simple comparison of two examples of wave propagation usi...
This PhysCast deals with constructing a wave equation from some given information in a diagram
An interaction showing the steps necessary to draw a sinusoidal waveform as a number of perpendicula...
An interaction showing the steps necessary to draw a sinusoidal waveform as a number of perpendicula...
Wave theoryChange the amplitude and frequency of the two component sine waves to create a complex, n...
Wave theoryChange the amplitude and frequency of the two component sine waves to create a complex, n...
This PhysCast is going to look at standing waves on a stretched string. A 45 gram string is tightly ...
An elementary derivation of the wave equation as applied to violin strings is given
An elementary derivation of the wave equation as applied to violin strings is given
An elementary derivation of the wave equation as applied to violin strings is given
The dynamic propagation of electromagnetic wave in the BNW (r = 280 nm) at 605 nm wavelengt