Igcse Model Questions Vol1 2024 Physics Question 10

Practice essay / theory question 10 from the 2024 Igcse Model Questions Vol1 Physics examination. This question covers waves, simple_harmonic_motion, wave_properties, force .

Igcse Model Questions Vol1 2024 Physics Essay / Theory
Topics: waves simple_harmonic_motion wave_properties force
Question 10 IGCSE_MODEL_QUESTIONS_VOL1 • 2024 • PHYSICS • essay

A transverse sinusoidal wave travels to the right along a stretched string. The wave speed is 6.0 m s⁻¹, the wavelength is 0.30 m and the amplitude is 0.04 m. In the accompanying wave diagram two points, X and Y, are marked on the string such that the distance XY is 0.09 m, with X ahead of Y in the direction of propagation. The string is driven by a vertical oscillator that moves the string upward by 0.02 m from its equilibrium position. The tension in the string is 30 N and a 0.15 kg segment of the string is considered for part (d).

Question Parts

( a )
Calculate the period of the wave.
( b )
Determine the phase difference between points X and Y in degrees and in radians.
( c )
At the instant when point X is at its maximum upward displacement:
( ) State the phase angle of point Y relative to the reference phase of point X.
( ) Calculate the displacement of point Y, giving its magnitude and direction (upward or downward).
( d )
The string is driven by a vertical oscillator that moves the string upward by 0.02 m from its equilibrium position. Assuming the motion of the string is simple harmonic, calculate the maximum transverse force exerted on the 0.15 kg segment of the string. The tension in the string is 30 N.

Detailed Solution & Marking Scheme

Get the step-by-step solution, key points required by examiners and detailed marking guidance through the Edcrib AI Tutor.

Reveal Answer

About This Question

This is Igcse Model Questions Vol1 2024 Physics Question 10. It is one of the essay questions from the 2024 Igcse Model Questions Vol1 Physics examination.

The question covers waves, simple_harmonic_motion, wave_properties, force .

View More Igcse Model Questions Vol1 2024 Physics Questions More Igcse Model Questions Vol1 Practice Questions Back to Questions

Master the Exam!

You've seen a preview, but there are thousands more questions plus AI tutor to break down complex solutions.

Unlock Full Access Available for Android & Windows
Chat with Support