How to find the period of oscillation
[DOCX File]Simple Harmonic Motion Worksheet
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The period of oscillation is measured to be 0.46 s. What is the spring constant? Pendulum Questions and Problems. 1. Describe how you would make a pendulum with a period of 1.0 sec. 2. What would be the period of a pendulum that is 1.0 m long? 3. Imagine you could travel to the moon where the acceleration due to gravity is 1.6 m/s2.
[DOC File]TAP 301- 1: Oscillation circus
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You might like to know the result that for pendulum-type oscillations, the period is where T0 is the period for very small amplitudes and is the angular amplitude in radians. For an amplitude of 1 radian (nearly 60°), T = 1.063T0, and for very lightly damped oscillations it ought to be possible to detect the 6% increase in period.
[DOC File]HOMEWORK 4
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Find the period of oscillation of the pendulum on the sliding cart. Solution: Problem 4 [20 pts] Figure shows a pendulum of length L with a bob of mass M. The bob is attached to a spring of spring constant k as shown. When the bob is directly below the pendulum support, the spring is at its equilibrium length.
[DOC File]Physics wiki home [Physics & Astronomy Wiki]
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Record the mass of the cart. Use a stopwatch to roughly determine the period of oscillation and then make a video of the motion of the oscillating cart. You should record at least 3 cycles. Analysis. Analyze your video to find the period of oscillation. Calculate the frequency (with uncertainty) of the oscillations from your measured period.
[DOC File]1201 lab 6
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Analyze your video to find the period of oscillation. Calculate the frequency (with uncertainty) of the oscillations from your measured period. Make a graph of frequency as a function of hanging object mass. Calculate your predicted frequency for each value of the hanging object’s mass and plot those predicted values on your graph. Conclusion
[DOC File]Hooke's Law and Simple Harmonic Motion
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The period of oscillation depends on the spring constant of the spring and the mass that is oscillating. The equation for the period, T, where . m. is the suspended mass, and . k. is the spring constant is given as. We will use this relationship to find the spring constant of the spring and compare it to the spring constant found using Hooke ...
[DOC File]IB PHYSICS-Physics and Physical measurement
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(a) the period of oscillation (b) the maximum speed of the particle during oscillation. The graph in the figure shows the variation with displacement of the kinetic energy of a particle of mass 0.40kg performing SHM. Use the graph to determine (a) the total energy of the particle (b) the maximum speed of the particle (c) the amplitude of motion
[DOC File]FORCES - Home Page - Physics at Minnesota
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Write an expression for the relationship between the spring constant and the period of oscillation of an object hanging from a spring. Warm-up. Read Serway & Vuille, Chapter 13, Sections 13.1 and 13.2. Method #1 (Static Approach) 1. Make two pictures of the situation, one before you attach an object to a spring, and one after an object is ...
[DOCX File]www.hunter.cuny.edu
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Where . θ 0 is the initial angular displacement, and ω= g l is the frequency of oscillation in rad/s. Then its period of oscillation is T = 2 π g l , with the help of algebra, the equation for the L vs T24π2L(T2) = gT2 + 0, g = 9.8m/s2, L is the length of the string. This time the physical meaning of the slope is g, acceleration due to gravity.
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