Measuring Speed of Sound - Oscilloscope - GCSE Physics
🦊 In this GCSE Physics video, we explain how an oscilloscope can be used to record and display sound waves picked up by microphones. It demonstrates how the oscilloscope uses electrical signals from the microphones to display a wave pattern, allowing for the analysis of sound wave properties. The video also outlines a method for measuring the speed of sound using an oscilloscope, which involves connecting two microphones, measuring the time difference between them, and calculating the speed based on the distance and time. 👋 Hi, we’re Launchpad Learning. We’re the same team behind SnapRevise, the UK’s leading A-level revision platform. For the last 2 years, we’ve been working behind the scenes on creating the UK’s smartest and most fun GCSE revision platform which will be available soon. 👉 Subscribe to our channel to stay in the loop about our launch date / @launchpadlearn

Water Ripples - GCSE Physics

GCSE Physics - Longitudinal & Transverse Waves - Labelling & Calculating Wave Speed (2026/27 exams)

Speed of Sound in Air - A Level Physics Core Practical Revision

Seeing Sound With Sand | Soundwaves: The Symphony Of Physics | BBC Earth Science

All of AQA Waves Explained - A Level Physics REVISION

How Light Travels Without Moving: The Feynman Reality Check

Science of Sound: Guitar Pickups & Faraday's Law

Everything you need to know about WAVES! GCSE Physics Paper 2

Euler (gimbal lock) Explained

IGCSE Physics: Oscilloscopes

GCSE Physics - Sound Waves and Hearing

There's so much more to electric fields than you were taught

The Professor Who Taught People How To Think (1962)

GCSE Physics - Momentum (Part 1 of 2) | Conservation of Momentum (2026/27 exams)

Abstract Black and White wave pattern| Height Map Footage| 3 hours Topographic 4k Background

How to Read an Oscilloscope - GCSE and A Level Physics

Pink Ombre Aura Screen | 3 Hours and 1 Second | No Sound

WAVES - Science GCSE Physics Required Practical

Electromagnetic waves | Physics | Khan Academy

