physics 2024 paper Two charged particles P and Q having the same charge but

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Title: Ratio of Time Taken by Two Charged Particles in an Electric Field | Physics Problem Solved • Description: • In this video, we solve a fascinating physics problem involving two charged particles, P and Q, which have the same charge but different masses, • 𝑚 • 𝑝 • m • p • and • 𝑚 • 𝑞 • m • q • . These particles start from rest and travel equal distances in a uniform electric field • 𝐸 • ′ • E • ′ • in times • 𝑡 • 𝑝 • t • p • and • 𝑡 • 𝑞 • t • q • respectively. We explore how to determine the ratio of the times taken by these particles to travel the same distance, while neglecting the effect of gravity. • Join us as we delve into the physics principles behind this problem, including the relationship between electric force, acceleration, and motion. We'll walk you through each step of the solution, ensuring you understand the concepts and calculations involved. • Key Concepts: • Electric field and electric force • Acceleration of charged particles in an electric field • Kinematic equations for motion • Problem Statement: • Two charged particles P and Q, having the same charge but different masses • 𝑚 • 𝑝 • m • p • and • 𝑚 • 𝑞 • m • q • , start from rest and travel equal distances in a uniform electric field • 𝐸 • ′ • E • ′ • in times • 𝑡 • 𝑝 • t • p • and • 𝑡 • 𝑞 • t • q • respectively. Neglecting the effect of gravity, find the ratio • 𝑡 • 𝑝 • 𝑡 • 𝑞 • t • q • • t • p • • . • Video Outline: • Introduction to the problem • Understanding the electric force and acceleration • Applying kinematic equations • Deriving the ratio of the times • 𝑡 • 𝑝 • 𝑡 • 𝑞 • t • q • • t • p • • • Summary and conclusion • If you find this video helpful, please like, share, and subscribe to our channel for more physics problem-solving tutorials! • Tags: #PhysicsProblems #ElectricField #ChargedParticles #Kinematics #PhysicsTutorial #LearnPhysics • Watch Next: • Understanding Electric Fields: / xxxx • Solving Kinematics Problems: / yyyy • More Physics Problem Solving: / zzzz • Connect with Us: • Facebook: [Your Facebook Page] • Twitter: [Your Twitter Handle] • Instagram: [Your Instagram Handle] • Support Us: • Buy us a coffee: [Your Support Link] • About Us: • Welcome to [Your Channel Name]! Our mission is to make physics understandable and enjoyable for students of all levels. Whether you're preparing for exams or just curious about the world around you, we've got you covered. Subscribe and join our community of learners! • Disclaimer: • This video is for educational purposes only. The content provided in this video is based on the understanding and interpretation of the concepts by the creators.

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