Ten questions. The result tells you which lessons you may skip.
A standing wave on a string is formed by
In the standing wave \(y = [2A\sin(kx)]\cos(\omega t)\), the amplitude of the particle at position \(x\) is
In a standing wave of wavelength \(\lambda\), two adjacent nodes are separated by
Two particles of a standing wave lie in neighbouring loops. Their oscillations are
Which statement about the energy of a standing wave on a string is true?
A string \(0.50\,\text{m}\) long is fixed at both ends. The longest wavelength that can resonate on it is
A string fixed at both ends has a fundamental of \(150\,\text{Hz}\). Which of these is not one of its resonant frequencies?
A string fixed at one end and free at the other has a fundamental of \(40\,\text{Hz}\). Its next resonant frequency is
The tension in a stretched string is made four times as large, with the length unchanged. Its fundamental frequency
In Melde's experiment the prongs of a \(100\,\text{Hz}\) fork vibrate along the length of the string. The string vibrates at