AS/ A Level Physics A* - Path difference скачать в хорошем качестве

AS/ A Level Physics A* - Path difference

Welcome to another session of CeerazzleDazzlePhysics, the home of teaching Physics with flavour! Hit the like button and subscribe to my channel for more cool videos TURN CAPTIONS ON as it improves your learning! Make your own notes, pause the video as required. Lesson Objectives: To be able to understand the concept of path difference between two waves. To be able to recognise that when the path difference = nλ ( a whole number of wavelengths), waves arrive in phase and constructive interference occurs and when the path difference = (n + (1/2))λ, the waves arrive in anti-phase and destructive interference occurs Description: In this video I outline the concept of the path difference and how the path difference indicates whether a wave arrives in phase or in anti-phase. It is a long explanation but I found this the best method of explaining this concept. make sure you can spot the difference between nλ and (n + (1/2))λ. Comment below if you get stuck – I will do my best to answer all queries About CeerazzleDazzlePhysics Who am I? I am a REAL fully qualified teacher/Social media Influencer with over 10 years of teaching in both the state and independent sector. I simply want to share my expertise with you all and help you achieve the grade you deserve because anyone can do Physics! Remember anyone can do Physics All the best and good luck with your studies! Like my videos? Why not buy me a coffee? https://www.buymeacoffee.com/Ceerazzl... Making videos is very time consuming and every little bit helps me to keep going, sharing my knowledge with everyone for FREE Want to know more about me? Follow my TikTok,   / ceerazzledazzlephysics   Follow my Instagram account   / ceerazzledazzle   Follow my twitter   / ceerazzledazzle   Visit my website for bookings/consultancy https://ceerazzledazzlephysics.com/ Regards Ceerazzledazzle #aslevelphysics #alevelphysics #waves #pathdifference #ceerazzledazzlephysics #physics #chargedparticleinmagneticfields #diversityinphysics #superpositionofwaves #superposition