Ex 5.8 SOLVED | Car-Spring Collision | Max Spring Compression скачать в хорошем качестве

Ex 5.8 SOLVED | Car-Spring Collision | Max Spring Compression

🚗💥 NCERT Example 5.8: A car collides with a spring. Find maximum compression using energy conservation. Simulating car accidents! 🔍 Problem Statement: Car mass 1000 kg, speed 18.0 km/h, collides with spring constant 5.25 times 10³ N/m on smooth road. Find maximum compression of spring. ✅ Solution Approach: Convert speed from km/h to m/s. At maximum compression, car's kinetic energy is fully converted into spring's potential energy (assuming no friction). Apply Conservation of Mechanical Energy: (1/2)mv² equals (1/2)kx². Solve for compression x. 🎓 Learning Outcomes: • Application of Energy Conservation in a spring-block system. • Conversion of kinetic energy into elastic potential energy. • Problem-solving without non-conservative forces. 📖 Exam Relevance: Standard energy conservation problem. Frequently asked in board exams and competitive exams. ⬅️ Previous Problem: Example 5.7 ➡️ Next Problem: Example 5.9 (Same with friction) 🔔 Subscribe to Milap Integration for a complete set of NCERT physics solutions! Solution to NCERT Physics Example 5.8 on a car colliding with a spring bumper. Demonstrates the conversion of kinetic energy into spring potential energy to find maximum compression. #Example5p8 #CarSpringCollision #SpringCompression #EnergyConservation #PhysicsNCERT #Class11Numericals #ElasticPotentialEnergy #MilapIntegration