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In these slides we discuss the following topics:
The concept of relative motion will be applied to rigid body kinematics
Earlier the relation for motion relative to translating axis were developed in chapter no 2 and the relative velocity equation was applied to the motion of 2 particles A and B as below.
For further detail of this chapter please read the slides. Also we will discuss the following topics
Relative motion due to rotation.
Relation of Relative motion
Interpretation of relative velocity equation
and we solved the sample problem 5/7, 5/8

Engineering Dynamics lec 13.pptx

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In chapter of particles kinematics the relation for displacement, velocity and acceleration of the points as they move along a straight line or curved path were developed.
In here the same relationships will be used but also account for rotational displacements, velocities and acceleration.
Also we will discuss the following topics:
Rigid Body Assumption
Plane Motion
Translation
Rotation
General Plane motion and summary
Angular motion relation
Rotation with constant angular motion
Rotation about a fixed axis
and we solved sample problem 5/1.

Engineering Dynamics Lecture no 1

Engineering Dynamics (Week-1).pptx

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In this lecture the basic concept of Engineering Dynamics are discussed.
In this lecture you will briefed about the Space,mass,time,force,length,idealizations,particles,rigid bodies,Newton's laws,What is Mechanics,Rigid Body vs Deformable bodies,Dynamics and much more...