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- Introduction_to_angular_momentum abstract "In physics, angular momentum is the rotational counterpart of linear momentum. A freely-rotating disk (like a Frisbee in flight or a tire rolling down a hill) has angular momentum.It is a vector quantity, meaning it has both direction and magnitude. The magnitude L of an object's angular momentum iswhere r is the object's distance from the center of rotation (like the axis of a wheel or the sun in the solar system), p = mv is the magnitude of its linear momentum, and θ is the angle between its position vector and its momentum vector.In the SI system of units, angular momentum is measured in kg.m2.s−1. In contrast, linear momentum is measured in units of kg.m.s−1 so the two are not compatible and cannot be added.The angular momentum of a symmetrical body, such as a spinning flywheel, is the product of the body's moment of inertia and its angular velocity.To calculate the angular momentum of a rotating object (a rigid body like a wheel or a system of objects like the solar system), a point called the origin is chosen. For convenience, this is usually the axis of rotation (of a rigid body) or the center of mass (of a system). The distance from the origin to each part of the object is multiplied by the transverse component of the linear momentum of that part. The sum of these vector quantities is the object's angular momentum.".
- Introduction_to_angular_momentum thumbnail Gyroskop.jpg?width=300.
- Introduction_to_angular_momentum wikiPageID "22408604".
- Introduction_to_angular_momentum wikiPageRevisionID "579141427".
- Introduction_to_angular_momentum hasPhotoCollection Introduction_to_angular_momentum.
- Introduction_to_angular_momentum subject Category:Conservation_laws.
- Introduction_to_angular_momentum subject Category:Physical_quantities.
- Introduction_to_angular_momentum subject Category:Rotation.
- Introduction_to_angular_momentum comment "In physics, angular momentum is the rotational counterpart of linear momentum. A freely-rotating disk (like a Frisbee in flight or a tire rolling down a hill) has angular momentum.It is a vector quantity, meaning it has both direction and magnitude.".
- Introduction_to_angular_momentum label "Introduction to angular momentum".
- Introduction_to_angular_momentum sameAs Q17092638.
- Introduction_to_angular_momentum sameAs Q17092638.
- Introduction_to_angular_momentum wasDerivedFrom Introduction_to_angular_momentum?oldid=579141427.
- Introduction_to_angular_momentum depiction Gyroskop.jpg.
- Introduction_to_angular_momentum isPrimaryTopicOf Introduction_to_angular_momentum.