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Atmospheric and Oceanic Circulations (continued) Chapter 6

Atmospheric and Oceanic Circulations (continued) Chapter 6. Lecture 14 4 February 2005. Figure Credit: “Earth’s Climate” by W. Ruddiman. Figure Credit: “Earth’s Climate” by W. Ruddiman. Credit: www.physicalgeography.net. Wind.

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Dynamics of Articulated Robots

Dynamics of Articulated Robots. Rigid Body Dynamics. The following can be derived from first principles using Newton’s laws + rigidity assumption Parameters CM translation x(t) CM velocity v (t) Rotation R(t) Angular velocity w (t) Mass m, local inertia tensor H L.

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Chapter 3

Chapter 3. Motion in 2 dimensions. 1) Displacement, velocity and acceleration. displacement is the vector from initial to final position. 1) Displacement, velocity and acceleration. average velocity. 1) Displacement, velocity and acceleration. v is tangent to the path.

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