An object moves in circular motion on the deck of a ship. At the instant shown, the object is moving around the circle with a clockwise angular velocity 5 rad/s and a counterclockwise angular acceleration 12 rad/s2 . The circle has radius of 1.0 m. At this instant, the ship has a velocity vector of [8, -6] m/s, and an acceleration vector of [−1, -2] m/s2. a. What’s the velocity vector relative to the GROUND of the object at the instant shown? b. What’s the acceleration vector relative to the GROUND of the object at the instant shown? c. If the object has a mass of 0.5 kg, what’s the net force vector applied to the object at this instant?
An object moves in circular motion on the deck of a ship. At the instant shown, the object is moving around the circle with a clockwise angular velocity 5 rad/s and a counterclockwise angular acceleration 12 rad/s2 . The circle has radius of 1.0 m. At this instant, the ship has a velocity vector of [8, -6] m/s, and an acceleration vector of [−1, -2] m/s2. a. What’s the velocity vector relative to the GROUND of the object at the instant shown? b. What’s the acceleration vector relative to the GROUND of the object at the instant shown? c. If the object has a mass of 0.5 kg, what’s the net force vector applied to the object at this instant?
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An object moves in circular motion on the deck of a ship. At the instant shown, the object is
moving around the circle with a clockwise
a. What’s the velocity vector relative to the GROUND of the object at the instant shown?
b. What’s the acceleration vector relative to the GROUND of the object at the instant
shown?
c. If the object has a mass of 0.5 kg, what’s the net force vector applied to the object at
this instant?
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