Calculate the resonant frequency for a simple pendulum of length 1 m.
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Q: A physical pendulum consists of 4.0 m long sticks joined together as shown in the figure. What is…
A: Approach to solving the questionCalculated moment of inertia of the system about point A and used…
Q: The period of a simple pendulum is trebled (T' = 3T) when its initial length L is increased by 1.2 m…
A: original length = L new length (L') = L + 1.2original time period = T new time period = T' T' = 3T…
Q: A pendulum passes x = 0 with a speed of 0.482m / s it swings out to A = 0.202m . What is the period…
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Q: A pendulum made of a uniform rod with a lenght of L0=80 cm hangs from one end and is allowed to…
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Q: An oscillating simple pendulum has amplitude of oscillations at 0.14m and time period 2.5s.…
A: We know that,The angular frequency of the oscillation, ω=2πT Equation 1where, Time period T=2.5…
Q: If a simple pendulum oscillates with an amplitude of 50 mm and the time period of 2s, then its…
A: To find-(Vmax) of simple pendulum=?Given-Amplitude (A)=50 mm=0.05 mPeriodic time (T)=2 sec
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A: The time period for pendulum is given by,, T= 2π√( l/g), which is independent of mass.
Q: A pendulum made of a uniform rod with a lenght of L0=80 cm hangs from one end and is allowed to…
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Q: properties of a spring are such that a load of 10 g produces an extension of 1.9cm. A mass of 0.1 kg…
A: We know that F = kx mg = kx k = mg/x = 10×10-3 ×9.8 / 1.9×10-2 = 5.16 N/m
Q: A simple pendulum is found to vibrate 50 times within 200 s. When 1.5 m of its length is reduced to…
A: Number of vibrations initially n1=50 in a time t1=200 s at length say l. Now when l'=l-1.5 number of…
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Q: A simple pendulum with a period ?=4.00 s is attached to the ceiling of an elevator which is…
A: Given information: The time period of the simple pendulum, T=4.00 s
Q: The period of a simple pendulum is doubled (T' = 2T) when its initial length L is increased by 1.2 m…
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Q: There is a pendulum with a length of 36.8 meters. Swings with an amplitude of 0.094 meters. What…
A: The maximum acceleration of the pendulum is calculated by using the give expression below. Here, A…
Q: As usual, the acceleration due to gravity in these problems is taken to be g = 9.80 m / s2, unless…
A: Given: The acceleration due to gravity = 9.80 m/s2 Time period of the pendulum = 0.500 s Length of…
Q: the diaphragm of a loud speaker is generating a sound by moving back and forth in simple harmonic…
A: Given angular frequency of diaphragm 7.5x104rad/s.
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