Part AWhat is the amplitude of this wave?Part BWha...

Question

Part AWhat is the amplitude of this wave?Part BWhat is the frequency of this wave?Part CWhat is the wavelength of this wave?

Patrick Ford · Accepted Answer

Amplitude is the maximum displacement from the equilibrium position.Frequency:f=1T, where T is period. The velocity of wave propagation:v=fλ, where f is frequency and λ is the wavelength.[readmore]Part ABy definition, the amplitude is the maximum displacement from the equilibrium position. From the given figure, this displacement, A = 6 cmThe amplitude of this wave is 6 cm. Part BFrequency is defined as the number of cycles per second.From the frequency equation, f = 1/TThe period, T is the time required for the wave to complete a full cycle.This time from the figure is T = 0.6 sThus, f = 1/0.6 = 1.67 HzThe frequency of this wave is 1.67 Hz. Part CFrom the wave velocity equation:λ=vfWe're told that the velocity of the wave, v = 2 m/sWe've also calculated f from part B.Substituting:λ = 2/1.67 = 1.2 mThe wavelength of this wave is 1.2 m.

Problem: Part AWhat is the amplitude of this wave?Part BWhat is the frequency of this wave?Part CWhat is the wavelength of this wave?

FREE Expert Solution

Problem Details

Problem: Part AWhat is the amplitude of this wave?Part BWhat is the frequency of this wave?Part CWhat is the wavelength of this wave?

FREE Expert Solution

Problem Details

Sign up for free to watch this video!