Understanding Simple Pendulum Oscillations: Problem & Solution for Class 11 Physics 🏫
Learn how a 10 g ball attached to a 1 m string exhibits simple harmonic motion when displaced by 9°. Explore the detailed problem-solving steps and concepts behind pendulum oscillations for Class 11 students.
About this video
A ball of mass 10 g is tied to a string 100 cm long. Next, the ball is deflected 9°, then released. The ball performs simple harmonic motion. The question is
a. what is the angular frequency?
b. what is the vibration frequency?
c. what is the period of the vibration?
d. the displacement equation?
e. the ball displacement after 0.2 seconds?
#SimplePendulum
#Pendulum
#SimpleHarmonicMotion
#Oscillation
a. what is the angular frequency?
b. what is the vibration frequency?
c. what is the period of the vibration?
d. the displacement equation?
e. the ball displacement after 0.2 seconds?
#SimplePendulum
#Pendulum
#SimpleHarmonicMotion
#Oscillation
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3
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Duration
3:46
Video length
Published
Oct 1, 2023
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