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Class #16 | Connected Particles: Strings & Tension | Edexcel M1 (WME01) Welcome to Math vs Arham! 🚀In this sixteenth session of our Mechanics 1 (M1) series, we begin one of the most important chapters in Dynamics: Connected Particles. When two objects are linked by a light, inextensible string, their motion is interdependent. Today, we master how to analyze these systems and solve for common unknowns like acceleration and tension. Please note: This video is a recording of a live class session with Sir Arham Ahmed. This video includes: Introduction to Connected Systems: Understanding the role of a "light inextensible string" and how it affects the acceleration of the system. Internal vs. External Forces: Learning how to identify Tension (T) as an internal force and how it acts on each particle. The "Whole System" vs. "Separate Particles" Method: When to combine masses and when to treat them individually to solve simultaneous equations. Worked Example Questions: Step-by-step breakdown of horizontal motion problems involving connected crates or particles. Past Paper Integration: Solving actual exam questions to show you how these concepts are tested in the Pearson Edexcel IAL and CAIE modules. This session is crucial for anyone aiming for a top grade in Edexcel M1 (WME01) or CAIE M1 (9709). Meet the Instructor Bringing a fresh and high-energy approach to the classroom, Sir Arham Ahmed is an experienced, Cambridge-qualified Mathematics specialist. He focuses on simplifying complex theories into manageable steps, empowering students to win the "Math vs You" challenge and achieve academic excellence. Don’t forget to like, subscribe, and hit the bell icon to join the journey toward mathematical excellence! Follow Our Social Media to stay connected: Facebook: Mathematics with Arham Instagram: ArhamvsMath #EdexcelM1 #Mechanics1 #AlevelMaths #IALMaths #MathVsArham #SirArham #ForcesAndEquilibrium #WME01 #PastPaperPractice #ExamPrep #PearsonEdexcel