Velocity Vector

Some articles on velocity, velocity vector, vector, vectors:

Spatial Acceleration - Definition
... Consider a moving rigid body and the velocity of a particle/point P along the body being a function of the position and velocity of a center particle/point C ... The linear velocity vector at P is expressed in terms of the velocity vector at C as where is the angular velocity vector ... where is the angular acceleration vector ...
Velocity - Polar Coordinates
... In polar coordinates, a two-dimensional velocity is described by a radial velocity, defined as the component of velocity away from or toward the origin (also known as velocity ... The radial and angular velocities can be derived from the Cartesian velocity and displacement vectors by decomposing the velocity vector into radial and transverse components ... The transverse velocity is the component of velocity along a circle centered at the origin where is the transverse velocity is the radial velocity ...
Flight Science - Dynamic Stability and Control - Longitudinal Modes - Short-period Pitch Oscillation
... The direction of the velocity vector, relative to inertial axes is ... The velocity vector is where, are the inertial axes components of velocity ... are generated by the pressure distribution on the body, and are referred to the velocity vector ...
Riemannian Connection On A Surface - Parallel Transport
... transport Given a curve in the Euclidean plane and a vector at the starting point, the vector can be transported along the curve by requiring the moving vector to remain parallel ... If the curve is closed, the vector will be unchanged when the starting point is reached again ... A vector in the tangent plane is transported along a geodesic as the unique vector field with constant length and making a constant angle with the velocity vector of the geodesic ...