equation 35.6 eq:expwa-melde-mathieu

open in the book · parts/03-classical-mechanics/18-exp-waves-acoustics.tex:287

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equation 35.6: eq:expwa-melde-mathieu35.6equation 35.5: eq:expwa-melde-modulation35.5equation 35.1: eq:expwa-string-spectrum35.1remark 35.4: What the reduction does not settle35.4equation 35.7: eq:expwa-melde-quarter-load35.7experiment : Melde: standing waves on a driven stringexperime…phenomenon 35.3: Half-frequency response to a modulated tension35.3phenomenon 35.2: Standing waves appear only at discrete tensions35.2experiment : Mersenne: the laws of the vibrating stringexperime…equation 35.3: eq:expwa-melde-tensions35.3

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typedirectionnode provenancewhere
step_from eq:expwa-melde-modulation declared — inserting the modal expansion into the string equation and projecting on $\sin(n\pi x/L)$ parts/03-classical-mechanics/18-exp-waves-acoustics.tex:292
step_from eq:expwa-string-spectrum declared — inserting the modal expansion into the string equation and projecting on $\sin(n\pi x/L)$ parts/03-classical-mechanics/18-exp-waves-acoustics.tex:292
depends_on What the reduction does not settle declared parts/03-classical-mechanics/18-exp-waves-acoustics.tex:342
step_from eq:expwa-melde-quarter-load declared — imposing $f_{n}=f/2$ in place of $f_{n}=f$ and dividing parts/03-classical-mechanics/18-exp-waves-acoustics.tex:318