angular velocity


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Related to angular velocity: Angular displacement, angular acceleration
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angular velocity
The angle θ represents the angular displacement as body b orbits. Angular velocity is the rate of change of θ with respect to time.

angular velocity

n.
The rate of change of angular displacement with respect to time.

angular velocity

n
(General Physics) the velocity of a body rotating about a specified axis measured as the rate of change of the angle subtended at that axis by the path of the body. Symbol: ω

an′gular veloc′ity


n.
the rate at which a body rotates about an axis, usu. expressed in radians per second.
[1810–20]

angular velocity

The rate at which an object moving in a circular path changes its position, measured in revolutions per minute.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.angular velocity - (physics) the rate of change of the angular position of a rotating body; usually expressed in radians per second or radians per minute
natural philosophy, physics - the science of matter and energy and their interactions; "his favorite subject was physics"
speed, velocity - distance travelled per unit time
Translations
References in periodicals archive ?
S2] = const indicates control moments; and n = [PHI] indicates angular velocity of the rotor [rad/s].
As the wheel is moving at a constant angular velocity [and] the ball is decelerating, the time interval between these passes at a particular point are going to get longer," Professor Small as telling the Australian Broadcasting Corporation.
He covers electromagnetic plane wave fundamentals, electromagnetic waves in media, antennas, receivers, radiometry, radar, imaging systems, and the interferometric measurement of angular velocity.
Jasmine Sandhu, Amy Edgington, Matthew Grant and Naomi Rowe-Gurney found a relationship between the amount a football bends in the air, the speed it is travelling and the angular velocity -- or "spin" -- applied to the ball.
The Measurement of the Torque, Angular Velocity, Acceleration, Power and Tractive Force and Analysis of Slip Control
Simulations were performed using a model that comprised the supporting leg and the remainder of the body to find torque profiles that maintain the initial angular velocity so that the state after one revolution is the same as the initial state.
An IMU detects the three-dimensional motion of a body in space by sensing the acceleration of one point on the body as well as the angular velocity of the body.
It finds a realistic approach to a flow pattern in such a way that the flow between co-axial disks which are rotating with same angular velocity with regard to a study of Stewartson [2] and Nydahl [3] to expose a similarity solution of this problem.
By using three ST MEMS sensors - a geo-magnetic module, a gyroscope and a pressure sensor - a consumer device can have a complete indication of its linear acceleration, angular velocity, earth gravity, heading and altitude.
The 34 conversions possible are: time, mass, area, volume, temperature, length, angle, angular velocity, angular acceleration, velocity, acceleration, density, force, power, energy, pressure, torque, electric capacitance, electric charge, electric current, electric inductance, electric field strength, electric potential, electric resistance, electric conductance, magnetic flux, magnetic field strength, luminance, luminous intensity, viscosity dynamic, viscosity kinetic, thermal conductivity, thermal heat capacity, and volume flow.