Earth orbits Sun... (Choose the right answer.) a Earth orbits Sun in elliptical path at slower speed when it's far from the Sun because its total angular momentum is unchanged b Earth orbit Sun in elliptical path at slower speed when it's near the Sun because its total angular momentum is unchanged c Earth orbits Sun in circular path with the same speed because its total angular momentum is unchanged d Earth orbits Sun in elliptical path at faster speed when it's near the Sun because its total angular momentum changes e Earth orbits Sun in elliptical path with same speed because its total angular momentum is unchanged f Earth orbits Sun in elliptical path at faster speed when it's far from the Sun because its total angular momentum is unchanged
Earth orbits Sun... (Choose the right answer.) a Earth orbits Sun in elliptical path at slower speed when it's far from the Sun because its total angular momentum is unchanged b Earth orbit Sun in elliptical path at slower speed when it's near the Sun because its total angular momentum is unchanged c Earth orbits Sun in circular path with the same speed because its total angular momentum is unchanged d Earth orbits Sun in elliptical path at faster speed when it's near the Sun because its total angular momentum changes e Earth orbits Sun in elliptical path with same speed because its total angular momentum is unchanged f Earth orbits Sun in elliptical path at faster speed when it's far from the Sun because its total angular momentum is unchanged
Earth orbits Sun... (Choose the right answer.) a Earth orbits Sun in elliptical path at slower speed when it's far from the Sun because its total angular momentum is unchanged b Earth orbit Sun in elliptical path at slower speed when it's near the Sun because its total angular momentum is unchanged c Earth orbits Sun in circular path with the same speed because its total angular momentum is unchanged d Earth orbits Sun in elliptical path at faster speed when it's near the Sun because its total angular momentum changes e Earth orbits Sun in elliptical path with same speed because its total angular momentum is unchanged f Earth orbits Sun in elliptical path at faster speed when it's far from the Sun because its total angular momentum is unchanged
Earth orbits Sun in elliptical path at slower speed when it's far from the Sun because its total angular momentum is unchanged
b
Earth orbit Sun in elliptical path at slower speed when it's near the Sun because its total angular momentum is unchanged
c
Earth orbits Sun in circular path with the same speed because its total angular momentum is unchanged
d
Earth orbits Sun in elliptical path at faster speed when it's near the Sun because its total angular momentum changes
e
Earth orbits Sun in elliptical path with same speed because its total angular momentum is unchanged
f
Earth orbits Sun in elliptical path at faster speed when it's far from the Sun because its total angular momentum is unchanged
Definition Definition Product of the moment of inertia and angular velocity of the rotating body: (L) = Iω Angular momentum is a vector quantity, and it has both magnitude and direction. The magnitude of angular momentum is represented by the length of the vector, and the direction is the same as the direction of angular velocity.
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