Consider g=10m/s² Part I: Multiple Choice (20 points) 25 Choose the correct answer from the following: 20 15 The histogr

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Consider g=10m/s² Part I: Multiple Choice (20 points) 25 Choose the correct answer from the following: 20 15 The histogr

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Consider G 10m S Part I Multiple Choice 20 Points 25 Choose The Correct Answer From The Following 20 15 The Histogr 1
Consider G 10m S Part I Multiple Choice 20 Points 25 Choose The Correct Answer From The Following 20 15 The Histogr 1 (41.61 KiB) Viewed 15 times
Consider g=10m/s² Part I: Multiple Choice (20 points) 25 Choose the correct answer from the following: 20 15 The histogram shown gives the average velocity as a function of time. Q1: The distance (in m) traveled in the time interval 10.0; 0.21 see is: a) 3.5 10 b) 2.5 c) 3.0 d) 2.0 e) 1.5 5 Q2: The instantaneous speed (in m/s) at time t-0.1 sec is! a) 5 b) 20 c) 10 d) 30 e) 25 0.1 0.2 0.3 0.4 0.5 0.6 tis) In circular motion experiment, if the wheel begins its motion from rest and makes 10 revolutions in 2 seconds before the ball leaves the hole. Note that the distance between the hall and the center of the wheel is 7 cm (Let n-3.14) 03: The centripetal acceleration (in m/s) of the ball when it leaves the hole is: a) 276 b) 621 c) 35 d) 69 e) 1104 04: The tangential acceleration (in m/s) of the ball when it leaves the hole is: b) 4.4 c) 3.3 d) 2.2 e) 5.5 In Newton's 2 law experiment, the relation between the added mass (M.) and the inverse of the acceleration (1/a) is shown in the figure. The driving force is constant (M₁=0.08 kg). 05: The magnitude of the gravitational acceleration (in m/s) estimated M. (kg) Slope= 0.05 N from the graph is: a) 11.88 b) 9.50 c) 8.50 d) 13.25 e) 10.63 0.4 1/a (s¹/m) Q6: The mass of the cart Mc (in kg) is: a) 0.30 b) 0.28 c) 0.24 d) 0.20 e) 0.26) D. (m/s) M. Me MH
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