A9- The period of a simple pendulum with length L is a) T=√√g/L b) T = √L/g c) T = 2√ √g/L d) T = 2n√L/g A10-A particle is in simple harmonic motion with amplitude A. Its kins maximum at: a) x= 0
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A: Given- Amplitude , A = 4.68 cm = 0.0468 m Frequency of doodad's motion , f = 10.7 Hz Angular…
Q: An object hanging from a spring oscillates in simple harmonic motion with amplitude A and period T.…
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A: Acceleration of simple pendulum = - w2 y Speed = w(a2 - y2 )1/2.
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Q: 2) The graph shows the position of a pendulum bob vs time. x (cm) 20 10 2 4/ 6. -10 -20 W hat is the…
A: By the graph , the time period of the pendulum is, T = 5-1 = 4 seconds So, the angular frequency of…
Q: 17-The following figure represents the length of a simple pendulum versus square of its periodic…
A: Given that:- Graph of T^2 v/s L where T=time period of simple pendulum and L=length of string
Q: particle executes simple harmonic motion of amplitude A. At what distance from the mean position is…
A: B
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A: Given: The spring constant k=65.0 N/m Mass m=0.323 kg Amplitude of Simple harmonic motion A=0.12 m.
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Q: 1) A simple harmonic oscillator oscillates with frequency fwhen its amplitude is A. If the amplitude…
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- A stretched spring is released at time t=0s and allowed to oscillate back and forth on a frictionless surface. The period of harmonic motion is 2s. On the back of this page create the following graphs for one complete oscillation: 1) x-t 2) v-t 3) p-t 4) F,-t 5) a-t 6) K-t 7) U,-t 8) Energy-t Use the space below for any scratch work.Pls help. Astronauts on a distant planet set up a simple pendulum of length 1.2 m. The pendulum executes simple harmonic motion and makes 100 complete oscillations in 280 s. Determine the ff: a) frequency b) period c) acceleration due to gravity
- A mass attached to a spring vibrates with SHM of frequency 5Hz and amplitude 5cm. What is the maximum speed that the mass can attain? A)1.75m/s B)0.79m/s C)9.78m/s D)1.57m/s E)0.25m/sThe equation for the angular position of a pendulum oscillating at small angles is given by Theta(t)= (.15 rad) cos(4.4t +0.32) Part a) find the amplitude in radians Part b)find the phase constant in radians Part c) find the angular frequency in rad/s Part d) find the period in secondsQ1b) acceleration zero? A) X=A and X=-A B) X is greater than 0, but less than A C) X=0 D) X is lessthan 0, but greater than -A E) All of the above F) None of the above