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LAB3.5 Find Your Own Harmonic Oscillator In the text, we claim that the harmonic oscillator can be used as a simple model for many different situations. The key ingredients are a restoring force, which pushes the system back toward a rest position, and (perhaps) a damping force. For this lab, you are to find such a system. It may be mechanical, biological, psychological, political, financial, or whatever. You will have to do some analysis on your system, so you will need to be able to obtain some data on its “motion.” You can either record the data yourself or use published data (with proper references). In your report, address the following items: In a short essay, carefully describe the system you propose to model with a harmonic oscillator equation. State the dependent variable and describe the rest position, the restoring force, and the damping. Collect data on the behavior of your system either by observing your system or from published sources (taking care to give proper references). Use your data to estimate the parameter values appropriate for your system. Classify your system as overdamped, critically damped, or underdamped. Compare solutions of the harmonic oscillator equation with the data you have collected. Describe how well the solutions of the model fit the data and discuss any discrepancies. Your report: Address the three items above in the form of a short essay. In Part 2, describe how you obtained your data (either citing appropriate references or giving details of your experimental procedure). In Part 3, be sure to address any problems that arose in using the harmonic oscillator as a model. (If your data differs significantly from your solutions, then you may want to adjust the parameter values that you are using or search for another situation that is better modeled by the harmonic oscillator.)
A delay-on (TON) relay has a preset of 5.0 seconds. If the coil terminals are energized for8.0 seconds, how long will its contacts be actuated? If a delay-on (TON) relay with a preset of 5.0 seconds is energized for 3 seconds, how longwill its contac..
Given five memory partitions of 100 KB, 400 KB, 200 KB, 300 KB, and 700 KB (in order), how would each of the first-fit, best-fit, and worst-fit algorithms place processes of 312 KB, 217 KB, 112 KB, and 426 KB
Suppose that the supply function for a good is p = 4x2 + 2x + 2. If the equilibrium price is $422 per unit, what is the producer's surplus there?
It is known that 12% of the AADT occurs in the peak hour and that the directional factor is 0.6. What is the freeway's AADT?
Prepare a new power point presentation on Advertisements Targeting Children.
ECE 452 - Assignment Give a FD discretization of the wave equation for an interior node (i, j) - Derive the FD equations for nodes on the left, right, top and bottom boundaries - Derive the stability condition for each of the above time discretizatio..
Using the n Extra Element Theorem (nEET), derive an expression for the transfer function - derive an expression for the transfer function
WhatarethemaindifferencesbetweenpolledI/0andinterrupt-drivenI/0?
good understanding of Mil-Std-499 and Mil-Std-499A
What are the processes for developing a new mine in Western Australia and what are strategic risks? How would you manage these risks?
Derive a state space model for the electrical system of Figure, where vi is the applied (input) voltage. Consider the output is formed of the relevant currents.
A particular transistor having a thermal resistance Θja = 2.5°C/W is operating at an ambient temperature of 30°C with a collector-emitter voltage of 20 V. If long life requires a maximum junction temperature of 130°C, what is the corresponding dev..
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