Characteristics of Plane Mirror Images | Class 9 Physics | Reflection of Light

Описание: 🪞 Why do you see yourself exactly the same size in a plane mirror? And why does your reflection seem to move twice as fast as you?
In this video, we explore the characteristics of images formed by a plane mirror. From displacement rules to uprightness, virtual nature, equal size, and lateral inversion—we cover every property with ray diagrams and worked examples.
By the end, you’ll clearly understand why your mirror selfie looks like you but with a left–right swap, and why the image always lies at the same distance behind the mirror as you are in front of it.

📚 What You’ll Learn in This Video
1️⃣ Displacement Rule – Object shift and double separation change.
2️⃣ Worked Example – Numerical check of object and image distances.
3️⃣ Fundamental Characteristics – Upright, virtual, same size, lateral inversion.
4️⃣ Ray Diagram Construction – How to locate image points A′ and B′.
5️⃣ Advanced Derivation – Proof of equal perpendicular distances.
6️⃣ Concept Closure – Summary of all image properties of plane mirrors.

🎯 Why Watch This Video?
✔ Board-Focused – Strictly based on ICSE Class 9 Physics syllabus.
✔ Crystal Clear Diagrams – Step-by-step ray construction included.
✔ Exam-Ready – Properties and derivations explained in detail.
✔ Relatable Examples – Connects selfies, mirrors, and car mirrors to theory.
✔ Engaging & Fun – Explained with real-life humor and analogies.

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