Question: 2. Simple Pendulum Experiment Time period for simple pendulum, L: length of pendulum g: acceleration due to gravity for that planet. Frequency for simple

2. Simple Pendulum Experiment Time period for simple pendulum, L: length of
pendulum g: acceleration due to gravity for that planet. Frequency for simple
pendulum, T: time period for single oscillation. Angular velocity for simple pendulum,
T = 2 150 cm f: frequency For calculations use g for
Earth = 9.81 m/s^2 and g for Venus = 8.83 m/s^2 Time

2. Simple Pendulum Experiment Time period for simple pendulum, L: length of pendulum g: acceleration due to gravity for that planet. Frequency for simple pendulum, T: time period for single oscillation. Angular velocity for simple pendulum, T = 2 150 cm f: frequency For calculations use g for Earth = 9.81 m/s^2 and g for Venus = 8.83 m/s^2 Time period (s) 330 cm 1=-=- w = 2f Length of pendulum Earth Venus Earth Frequency (Hz) Venus Angular Velocity (rad/s^2) Earth Venus What is the time period for length of pendulum of length 150.0 cm on Earth? OA. A. 2.456 s OB. 2.333 s Oc. 1.078 s OD. D. 3.210 s What is the angular velocity for pendulum of length 330.0 cm on Venus? OA. 1.63 rad/s OB. 1.55 rad/s OC. 1.43 rad/s OD. 1.24 rad/s What is the time period for length of pendulum 330.0 cm on Venus? (g for Venus = 8.83 m/s2)? OA. 2.362 s B. 3.839 s OC.1.023 s OD.2.444 s What is the frequency for length of pendulum 150.0 cm on Earth? OA.0.203 Hz B. 0.233 Hz OC. 0.407 Hz OD. 0.503 Hz

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