Planar Kinetics – Force and Acceleration (Week 6, Chapter 17)

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Study Engineering (Applied Math)

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6 episodes

14 hours ago

Powered by AI | Based on R.C. Hibbeler’s Engineering Mechanics: Dynamics (14th Edition) Welcome to Study Engineering (Applied Maths) — your go-to podcast for mastering the mathematical foundations of engineering mechanics. Created by an AI trained with class notes and insights from R.C. Hibbeler’s trusted textbook, this podcast simplifies the toughest topics in applied mathematics and dynamics so you can study smarter, not harder. From kinematics and kinetics to Newton’s laws, energy methods, and conservation of momentum, each episode breaks down key concepts with clarity and focus.

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Planar Kinetics – Force and Acceleration (Week 6, Chapter 17)

Study Engineering (Applied Math)

33 minutes 30 seconds

8 months ago

Planar Kinetics – Force and Acceleration (Week 6, Chapter 17)

Welcome to another episode of Study Engineering (Applied Maths) — your AI-powered guide through engineering dynamics!

In this episode, we tackle Planar Kinetics of a Rigid Body: Force and Acceleration, using material from Week 6 lectures and Chapter 17 of Engineering Mechanics: Dynamics by R.C. Hibbeler (14th Edition).

We break down:

Newton’s Second Law applied to rigid bodies
Equations of motion in planar systems
Translational and rotational dynamics
How to handle forces, moments, and mass moments of inertia in 2D motion

This episode is perfect for understanding how forces influence the motion of rigid bodies in a plane — with step-by-step walkthroughs and examples to reinforce your learning.