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[DOC File]HOMEWORK 4
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Determine the period of this oscillation. . Solution: ... Using a spreadsheet program or graphing calculator, make a graph of the Morse potential using D = 5 eV, β= 0.2 nm- 1 , and r0 = 0 . 75 nm. (b) Determine the equilibrium separation and "spring constant" for small displacements from equilibrium for the Morse potential. (c) Determine a ...
period of oscillation calc

[DOC File]Midterm #1
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[6 points] Find the period of oscillation. [6 points] Find the maximum charge on the capacitor. [6 points] Find the maximum current through the coil. The inductor and capacitor exhibit oscillation, with the charge on the capacitor being exchanged for current through the inductor. To solve this, note that the total energy is constant:
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[DOC File]Measuring the Mass of the Earth Using a Simple Pendulum
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calculator. Introduction. A simple pendulum is one that can be considered to be a point mass suspended from a string or rod of negligible mass. For small amplitudes, the period of such a pendulum can be approximated by: T = 2π (L/g)1/2. where . T. represents the period in seconds, L. is the length of the string in meters, and . g
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[DOC File]Trigonometry FINAL EXAM Review, Spring 2010
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The time it takes for one full oscillation (from the top ( rest position (bottom (rest position ( top) is called the period. The period is the time for one cycle, and is frequently labeled T. T is usually measured in seconds. The frequency is how many complete oscillations, or cycles, occur per unit time. Frequency is frequently labeled f.
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[DOC File]Physics
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40. When a 1-kg bob is attached to a spring, the period of oscillation is 2 s. What is the period of oscillation when a 2-kg bob is attached to the same spring? (A) 0.5 s (B) 1.0 s (C) 1.4 s (D) 2.8 s. 41. A pendulum and a mass hanging on a spring both have a period of 1 s on earth.
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[DOC File]AP PHYSICS C – Mechanics 1986
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Now increase the amplitude. How is the period, T, affected? Recall that for a Hooke's Law spring, T = , the period of oscillation was 'amplitude independent'. (d) F = ma gives us: -kx3 = vs a Hooke's Law spring: –kx = I can't solve this new differential equation!
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[DOC File]The Pendulum
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Period of a Mass on a Spring. Objective: To investigate the period of oscillation of a mass and spring system. Materials: Hooke’s Law apparatus, stopwatch, various masses. Procedure: Place mass on the spring according to values specified in the. Data Table. Gently lift the mass 2 or 3 cm. Start the stopwatch when the mass is released and time 10
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[DOCX File]IB – PHYSICS (Core)– Oscillation and Wave
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The Phase of an oscillation is the amount the oscillation lags behind, or leads in front of a reference oscillation. For example, take a sine oscillation of maximum amplitude, A, and angular frequency, ω, and also a cosine oscillation of maximum amplitude, A, and angular frequency, ω as in figure 3.
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[DOC File]RC Snubber Design for Non-Isolated DC-DC Converter
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The oscillation period of the ring without RC snubber is 24.8ns. By adding a 5600pF capacitor, the oscillation period increase to 50ns. From Eq.2, get . From Eq.1, is calculated as 7.8nH. The impedance of the resonance from Eq.3 is 2.0Ω. So a 2.0Ω resistor is …
period of oscillation calc

[DOCX File]ime.math.arizona.edu
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Raise the pendulum at an angle and drop it. Calculate the time it takes to make 20 oscillations. One oscillation is the time it takes the pendulum to swing one direction and all the way back. Then find the average time it took for the pendulum to make one oscillation, and take the inverse of that to find the pendulum frequency.
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Period of oscillation calculator