Angular momentum is just like the rotational equivalent of linearmomentum-butwith a twist.
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So angular momentum is like linearmomentum, but its a conserved quantity in physics.
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Angular momentum is a lot like normal linearmomentum except that it is totally different.
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They include those of linearmomentum and angular momentum.
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In one sense, angular momentum is just like linearmomentum except it deals with rotational motion.
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Angular momentum is sort of like momentum ( linearmomentum).
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In the previous chapter we discussed linearmomentum defined as the product of an object's mass and velocity.
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Now back to linearmomentum.
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A net force changes the linearmomentum of an object and a net torque changes the angular momentum of an object.
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Angular momentum is a lot like linearmomentum, and you calculate it by multiplying the angular velocity by the moment of inertia.
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This is a property of an object that makes the connection between angular momentum and angular velocity just like mass does for linearmomentum.
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We have discussed " linearmomentum" in Chapter 3 as part of our description of the physics underlying the death of Gwen Stacy.
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Linearmomentum is mathematically defined as the product of an object's mass and velocity.
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Linearmomentum is mass times velocity.
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Physics has identified a corresponding Principle of Conservation of Angular Momentum that has important similarities to the Conservation of LinearMomentum.