COAM

(redirected from Conservation of Angular Momentum)
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AcronymDefinition
COAMColegio Oficial de Arquitectos de Madrid (Spanish: Official College of Architects of Madrid; Madrid, Spain)
COAMChiltern Open Air Museum (Chalfont St Giles, Bucks, UK)
COAMCustomer Owned And Maintained
COAMConservation of Angular Momentum (physics)
COAMChlorite-Oxidized Oxyamylose
COAMCoin-operated Amusement Machine
COAMCollege of Acupuncture and Oriental Medicine
COAMCouncil of Agricultural Ministers (intergovernmental association)
References in periodicals archive ?
The default in planet formation is for worlds to coalesce from a dusty disk of gas around a newborn star's middle, a consequence of the conservation of angular momentum.
This explains both the high conservation of angular momentum and the isotope mixing, though this is a still a theoretical model and not one we've observed in the real-world to date.
Integrating the obtained equation and using the principle of conservation of angular momentum, we can find the main external forces momentum that impede the movement of the motor vehicle
It turns it's actually due to the conservation of angular momentum.
In reference [6] we also discuss the examples that law of conservation of momentum and law of conservation of angular momentum are not correct (their results are contradicted with law of conservation of energy).
The law of conservation of angular momentum dictates that the angular momentum lost by the star would be transferred to the charged particles in the disk, presumably raising their orbits around the star.
This disparity across a small depth of air creates strong winds in the upper atmosphere; sub-tropical jet streams, however, depend on a process known as conservation of angular momentum.
The physics of the collision is described by applying the law of conservation of angular momentum to the ball-bat interaction.
However, the angular momentum could not disappear into nothingness, for there was a law of conservation of angular momentum.
This perfect anticorrelation reflects conservation of angular momentum, which in turn emerges from rotational invariance.
This movement, brought about by the conservation of angular momentum, adds to the time required to focus antennas on an object.
At present, the best guess for the cause of the particle outflows is related to the conservation laws, Evans notes - in this case, the conservation of angular momentum.
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