Recent content by JuanYsimura
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J
Question on nonlinear dynamics
Homework Statement Consider the system x' + x = F(t), where F is smooth, T-periodic function. IS it true that the system necessarily has a stable T-periodic solution x(t)? If so, Prove it; If not, find an F that provides a counterexample. Homework Equations x' + x = F(t) The...- JuanYsimura
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- Dynamics Nonlinear Nonlinear dynamics
- Replies: 1
- Forum: Calculus and Beyond Homework Help
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J
Irrational Flow yields dense orbits.
I have the folloring problem: Given the following flow on the torus (θ_1)' = ω_1 and (θ_2)' = ω_2, where ω_1 /ω_2 is irrational then I am asked to show that each trajectory is DENSE. So I need to prove that Given any point p on the torus, any initial condition q, and any ε > 0, then there...- JuanYsimura
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- Flow Irrational Orbits
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- Forum: Calculus and Beyond Homework Help
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J
Comparing Max Intensities for Two Equal-Amplitude Waves
Homework Statement For two equal-amplitude waves of nearly equal frequencies w+d/2 and w-d/2 (at a fixed position x), you have shown that the intensity exhibits \beats" which for d = 2pi Hz can be perceived directly by the ear, even though the main frequency is perceived only through the...- JuanYsimura
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- Intensities Max Waves
- Replies: 1
- Forum: Advanced Physics Homework Help
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J
Finding Frequencies for Wave Sum Vanishing at x=0,L
1. Homework Statement Write a wave in one space dimension as ARe(ei(kx-wt-d))where A is the amplitude of the wave. Find a second wave of the same frequency such that the sum of the two vanishes at x = 0 and x = L. Assuming the wave velocity c = w/|k| is fixed, for what frequencies ! is...- JuanYsimura
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- Frequencies Sum Wave
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- Forum: Introductory Physics Homework Help
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J
Solving Wave Interference: A Study of Frequency & Amplitude
Homework Statement Write a wave in one space dimension as ARe(ei(kx-wt-d))where A is the amplitude of the wave. Find a second wave of the same frequency such that the sum of the two vanishes at x = 0 and x = L. Assuming the wave velocity c = w/|k| is fixed, for what frequencies ! is this...- JuanYsimura
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- Amplitude Frequency Interference Study Wave
- Replies: 1
- Forum: Advanced Physics Homework Help