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Angular momenta of a classical object .< p > Left: intrinsic " spin " angular momentum S is really orbital angular momentum of the object at every point ,</ p >< p > right: extrinsic orbital angular momentum L about an axis ,</ p >< p > top: the moment of inertia tensor | moment of inertia tensor I and angular velocity ω ( L is not always parallel to ω )</ p >< p > bottom: momentum p and it's radial position r from the axis .</ p > The total angular momentum ( spin + orbital ) is J.
Some Related Sentences
Angular and classical
Angular momentum in quantum mechanics differs in many profound respects from angular momentum in classical mechanics.
Angular momentum is a so-called " classical " concept measuring the momentum of a mass in circular motion about a point.
Angular and object
Angular resolution, or spatial resolution, describes the ability of any image-forming device such as an optical or radio telescope, a microscope, a camera, or an eye, to distinguish small details of an object.
* Angular magnification — For optical instruments with an eyepiece, the linear dimension of the image seen in the eyepiece ( virtual image in infinite distance ) cannot be given, thus size means the angle subtended by the object at the focal point ( angular size ).
Angular and Left
* CD compilation-Future Love Songs featuring " Simply Left Behind " ( Angular Recording Corporation ) November 2006
Angular and spin
Angular and angular
Cosmological perturbation theory, which describes the evolution of slight inhomogeneities in the early universe, has allowed cosmologists to precisely calculate the angular power spectrum of the radiation, and it has been measured by the recent satellite experiments ( COBE and WMAP ) and many ground and balloon-based experiments ( such as Degree Angular Scale Interferometer, Cosmic Background Imager, and Boomerang ).
* Angular frequency of a wave, in fluid dynamics ( angular frequency is usually represented by but this may be confused with vorticity in a fluid dynamics context ).
Constant Angular Acceleration is very similar to Constant Linear Velocity, save for the fact that CAA varies the angular rotation of the disc in controlled steps instead of gradually slowing down in a steady linear pace as a CLV disc is read.
Angular velocity is a vector quantity that describes the angular speed at which the orientation of the rigid body is changing and the instantaneous axis about which it is rotating ( the existence of this instantaneous axis is guaranteed by the Euler's rotation theorem ).
Angular velocity is not the time rate of change of orientation, because there is no such concept as an orientation vector that can be differentiated to obtain the angular velocity.
Figure 1: Energy levels in atomic lithium showing the Rydberg series of the lowest 3 values of Angular momentum # Angular momentum in quantum mechanics | orbital angular momentum converging on the first ionization energy.
Angular stones are preferable to naturally rounded ones, as angular stones interlock with each other, inhibiting track movement.
Angular accelerations are detected as follows: an angular acceleration causes the fluid in the canals to move, deflecting the cupula.
* Angular: The angular artery is a significant terminal branch of the anterior or middle trunk of the MCA.
Angular and momentum
Angular momentum is conserved in a system where there is no net external torque, and its conservation helps explain many diverse phenomena.
Angular momentum conservation prevents a straight flow from one star to the other and an accretion disc forms instead.
** Roger Penrose, Angular momentum: an approach to combinatorial space-time in Quantum Theory and Beyond, ed.
Angular and is
The Angular Gyrus is represented in orange, Supramarginal Gyrus is represented in yellow, Broca's area is represented in blue, Wernicke's area is represented in green and the Primary Auditory Cortex is represented in pink.
Angular displacement of a body is the angle in radians ( degrees, revolutions ) through which a point or line has been rotated in a specified sense about a specified axis.
Angular frequency omega | ω ( in radians per second ), is larger than frequency nu ( letter ) | ν ( in cycles per second, also called Hertz | Hz ), by a factor of 2π.
Angular displacement of the cantilever results in one photodiode collecting more light than the other photodiode, producing an output signal ( the difference between the photodiode signals normalized by their sum ) which is proportional to the deflection of the cantilever.
Angular field of view is typically specified in degrees, while linear field of view is a ratio of lengths.