Numerical Response Questions| Thermal Transformations | Class 10 Physics Lecture 10

Numerical Response Questions| Thermal Transformations | Class 10 Physics Lecture 10 #FederalBoard #ModelTownHumak #EducationalChannel #siranjumteaches #nationalbookfoundation In this Class 10 Physics Lecture 10, we solve numerical response questions from the chapter Thermal Transformations based on the Federal Board (FBISE) and National Book Foundation (NBF) textbook. This video covers key concepts like linear expansion, volumetric expansion, and heat required for state change. Ideal for matric students preparing for board exams. #studywithus #boardexampreparation #MatricFScPreparation #onlinelearningpakistan 📚 Topics Covered: Linear & Volumetric Expansion Coefficient of Expansion Heat Required for Phase Change Specific and Latent Heat Calculations 🎯 Perfect for: Matric Physics | Class 10 Students | Board Exam Prep | FBISE Physics | Urdu Medium & English Medium ✅ Hashtags #Class10Physics #ThermalExpansion #PhysicsLecture10 #FBISE #NBFPhysics #NumericalQuestions #MatricPhysics #HeatEnergy #LatentHeat #SpecificHeat #PhysicsUrdu #SirAnjumTeaches #FederalBoard #boardexampreparation 00:00 – Q1: Linear expansion of steel bar from 10 °C to 100 °C 08:05 – Q2: Volume increase in cube when heated from 25 °C to 125 °C 15:20 – Q3: Steel railroad track expansion from 15 °C to 30 °C 18:20 – Q4: Volume of orange juice overflowed at 40 °C 22:40 – Q5: Heat required to melt 15 kg of ice at 0 °C 25:50 – Q6: Heat required to convert 7 kg water into steam at 100 °C 28:00 – Q7: Total heat required to convert 4 kg ice at –20 °C to steam at 120 °C keywords: states of matter solid liquid gas changes of state melting and boiling condensation and solidification evaporation and condensation evaporation causes cooling evaporation in daily life latent heat latent heat of fusion latent heat of vaporization specific latent heat kinetic theory kinetic molecular theory kinetic theory of matter kinetic theory and pressure thermal expansion thermal expansion of solids thermal expansion of liquids thermal expansion of gases thermal expansion examples thermal expansion in real life applications of thermal expansion consequences of thermal expansion gas pressure and volume pressure and temperature in gases boiling and evaporation difference difference between solid liquid and gas melting and boiling points of water boiling point and atmospheric pressure cooling by evaporation refrigeration process refrigeration without CFCs superconductivity absolute zero superconducting materials cooling effect of evaporation changes in state without temperature change molecular interpretation of latent heat thermal transformations class 10 class 10 physics chapter 11 physics federal board national book foundation physics thermal physics particle theory of matter