Question 10 Ov=9.2 m/s v = -13.3 m/s O v = -9.2 m/s Ov=-16.5 m/s The acceleration due to gravity, g = -9.80 m/s2. If I d

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Question 10 Ov=9.2 m/s v = -13.3 m/s O v = -9.2 m/s Ov=-16.5 m/s The acceleration due to gravity, g = -9.80 m/s2. If I d

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Question 10 Ov 9 2 M S V 13 3 M S O V 9 2 M S Ov 16 5 M S The Acceleration Due To Gravity G 9 80 M S2 If I D 1
Question 10 Ov 9 2 M S V 13 3 M S O V 9 2 M S Ov 16 5 M S The Acceleration Due To Gravity G 9 80 M S2 If I D 1 (143.18 KiB) Viewed 26 times
Question 10 Ov=9.2 m/s v = -13.3 m/s O v = -9.2 m/s Ov=-16.5 m/s The acceleration due to gravity, g = -9.80 m/s2. If I drop a basketball from a height at 40 m with an initial velocity of a vo = -5.5 m/s, what is its velocity after 1.5 seconds? Hint: Use above formulas. V = ? v = -20.2 m/s The Kinematic Equations d = v*t + 1/ *a*t²___ _v² = v;² + 2*a*d O v = 20.2 m/s V = V₁ +a*t d = 7+4+t 2 2.5 pts
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