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Here s the link to the notes I am using here for free!!

Download the lesson: https://mr-mathematics.com/product/pure-2-3d-vectors-applications-of-vectors-to-mechanics/ In this A-Level ...

Welcome to BrainBites, where we serve up quick, mind-blowing science facts in under 60 seconds! From space mysteries to ...

In this video, Jitty works through problems that require you to pick the right axis of rotation in order to solve the problem using net ...

In this video, Jitty talks about angular kinematic equations and how they are very similar to linear kinematics. He does this by ...

Need to ace vector problems? Learn how to use the head-to-tail method to easily draw and solve vector diagrams. Watch this ...

Grade 10 Physics: Vector Resolution Question Review | Easy Step-by-Step Explanation! Struggling with vector resolution in ...

How to find net force, normal force and acceleration of a system.

We look at ways to get information about the angle between two vectors from their dot product. We find the angle between vectors ...

this video is presented By analytical physics Stop failing Physics because of Math! In this inaugural video of the Analytical ...

If you have your IB Diploma exams in May 2026, we have intensive revision courses designed to help you feel much more ...

Statice and Kinetic friction.

Division of Theoretical Physics of Institute of Physics, PAS presents: _"Introduction to the Theory of Open Quantum Systems"_ ...

Welcome to Simplified RSA! In this episode, we break down the meaning of delta (Δ) in physics and show you how to apply it in ...

Lecture 1 of 30(-ish) in “Physics 4B in 30 Lectures” This first video is a mechanics problem-solving review designed to get you ...

Lecture 16 (of ~30) — Physics 4A in 30 Lectures begins our rotation unit by introducing torque through problems you can already ...

Lecture 17 (of ~30) — Physics 4A in 30 Lectures builds the core machinery for rigid-body rotation by introducing rotational inertia ...

Lecture 14 of 30(-ish) in "Physics 4B in 30 Lectures" This lecture wraps up core electrostatics ideas by focusing on electric dipoles ...