Motion - Notes
Motion - SSC Concept Breakdown 📘 Motion – SSC Conceptual Breakdown 🧮 Formulas v = u + at – Final velocity (v) s = ut + ½at² – Displacement under uniform acceleration v² = u² + 2as – Relation between velocity and displacement (no time) s = vt - ½at² – Displacement (final velocity known) s = (u + v)/2 × t – Displacement using average velocity a = (v - u)/t – Acceleration formula v_avg = 2v₁v₂ / (v₁ + v₂) – Average speed for equal distance cases Speed = Distance / Time – Basic speed formula Relative Speed = v₁ ± v₂ – For approaching or receding objects g = 9.8 m/s² – Acceleration due to gravity (use 10 for SSC) 📚 Types of Problems / Models Uniform Motion – Constant speed, no acceleration. Uniformly Accelerated Motion – Constant acceleration (most SSC problems). Relative Motion – Two bod...