What is the terminal velocity of a 6.00-kg mass object in falling with a drag force with a magnitude that depends on speed, v, as F_drag = (30.0 N∙s/m)v? A)1.96 m/s B)41.9 m/s C)24.2 m/s D)12.6 m/s E)62.2 m/s

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Quizplus · Accepted Answer

Explanation:The terminal velocity is reached when the drag force equals the gravitational force. So,$$F_{drag}=F_g$$$$(30.0	ext{ N}\cdot	ext{s/m})v=mg$$$$v=\frac{mg}{30.0	ext{ N}\cdot	ext{s/m}}=\frac{(6.00	ext{ kg})(9.80	ext{ m/s}^2)}{30.0	ext{ N}\cdot	ext{s/m}}=\boxed{1.96	ext{ m/s}}$$

What Is the Terminal Velocity of a 6