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Gmaximus
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Does only the Tangential momentum "count"...
When convertering the momentum from linear to angular?
When convertering the momentum from linear to angular?
Tangential momentum refers to the component of an object's momentum that is parallel to the direction of its motion.
Tangential momentum is a specific component of an object's overall momentum, while regular momentum refers to the total amount of motion an object possesses.
No, in most situations, both tangential momentum and regular momentum are considered when analyzing an object's motion. However, in certain cases, such as circular motion, only tangential momentum may be relevant.
Tangential momentum can be calculated by multiplying an object's mass by its tangential velocity, which is the component of its velocity that is perpendicular to the radius of its circular motion.
Tangential momentum is important in various situations, including car racing, roller coaster rides, and satellite orbits. In these cases, the direction of an object's motion is constantly changing, and tangential momentum helps to explain its behavior.