Two waves having sinusoidal waveforms have di | vedclass

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(C) The pitch of a sound wave is determined by its frequency $(f)$. Since the wavelength $(\lambda)$ is different, the frequency will also be differen

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Different quality and different intensity

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(C) The pitch of a sound wave is determined by its frequency $(f)$. Since the wavelength $(\lambda)$ is different, the frequency will also be different $(f = v / \lambda)$, assuming the speed of sound $(v)$ is constant in the medium. Therefore, the pitch will be different.The intensity of a wave is proportional to the square of its amplitude $(I \propto A^2)$. Since the amplitudes are different, the intensities will be different.The quality (or timbre) of a sound depends on the waveform, which is determined by the presence of harmonics and overtones. Since the waves have different wavelengths and amplitudes, their resulting waveforms will differ, leading to different qualities.Thus, the waves will have different quality and different intensity.

Two waves having sinusoidal waveforms have different wavelengths and different amplitudes. They will have:

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