1. Consider that you toss a ball upward. Determine the expression for the position and velocity if we consider an air drag that opposes the ball's motion. The air drag has a magnitude of force equal to f = klu² opposite the direction of motion, where k is constant. 2. If a ball is thrown horizontally, Determine the expression for the position and velocity if we consider an air drag that opposes the ball's motion. The air drag has a magnitude of force equal to f] = k|u|² opposite the direction of motion, where k is constant.
1. Consider that you toss a ball upward. Determine the expression for the position and velocity if we consider an air drag that opposes the ball's motion. The air drag has a magnitude of force equal to f = klu² opposite the direction of motion, where k is constant. 2. If a ball is thrown horizontally, Determine the expression for the position and velocity if we consider an air drag that opposes the ball's motion. The air drag has a magnitude of force equal to f] = k|u|² opposite the direction of motion, where k is constant.
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Transcribed Image Text:1.
Consider that you toss a ball upward. Determine the expression for the position and velocity if we
consider an air drag that opposes the ball's motion. The air drag has a magnitude of force equal
to |fk|u2 opposite the direction of motion, where k is constant.
=
2.
If a ball is thrown horizontally, Determine the expression for the position and velocity if we consider
an air drag that opposes the ball's motion. The air drag has a magnitude of force equal to f = kv|²
opposite the direction of motion, where k is constant.
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