How to Find Acceleration and Tension in a Pulley System | Step-by-Step
In this video, you’ll learn how to find the acceleration and tension in a pulley system step-by-step using Newton’s laws of motion.
We solve a standard mechanics problem involving:
• Two masses connected by a light string
• A frictionless pulley
• A 2 kg mass on a rough horizontal surface
• A 4 kg hanging mass
• Coefficient of friction μ = 0.5
• Gravitational acceleration g = 9.8 m/s²
This tutorial clearly explains:
✔ How friction affects the motion
✔ How to set up equations of motion
✔ How to calculate the acceleration of the system
✔ How to determine the tension in the string
This method is ideal for:
📌 WAEC, NECO, JAMB
📌 A-Level & first-year university physics
📌 Engineering & mechanics students
If pulley systems confuse you, this step-by-step approach will make everything click.
Here is a playlist on Inclined planes and pulley systems: • Inclined Planes & Pulley System Problems |...
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