Determine aluminum’s expansion coefficient | Thermal Expansion & Heat скачать в хорошем качестве

Determine aluminum’s expansion coefficient | Thermal Expansion & Heat

A copper rod of 100 m expands to 100.02 m when heated. Find the temperature rise using α = 16.7×10-6 /K. Compare the expansion if the same rod were aluminum and heated to 875 °C. Determine aluminum’s expansion coefficient. In this lesson, we explore Heat Transfer and Specific Heat Capacity—two core topics in Physics that explain how thermal energy moves and how different materials respond to heat. 🔹 What you’ll learn in this video: What heat is and how it differs from temperature The three modes of heat transfer: 👉 Conduction 👉 Convection 👉 Radiation Physical meaning of Specific Heat Capacity Formula: Q=mcΔT explained step by step Solved numerical problems (exam-focused) Common mistakes students make in exams 🎯 Perfect for: SSC/A Level / HSC / O Level Physics students Exam revision and concept building Students struggling with thermal physics 📌 Simple explanations • Clear diagrams • Problem-solving approach Build strong fundamentals in Thermal Physics and score better in exams. 🔖 Suggested Hashtags #HeatTransfer #SpecificHeatCapacity #ThermalPhysics #PhysicsClass #HSCPhysics #ALevelPhysics #OLevelPhysics #PhysicsConcepts #ExamPreparation