experiment Coulomb: the torsion pendulum

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experiment : Coulomb: the torsion pendulumexperime…equation 30.21: eq:elast-hooke-isotropic30.21equation 28.2: eq:osc-sho28.2equation 30.55: eq:elast-torsion-constant30.55phenomenon 30.60: Coulomb's law of torsion30.60definition 30.31: The engineering moduli30.31definition 30.79: Maxwell viscoelasticity30.79proposition A.682: The plane-stress lawA.682proposition 30.51: Moment and curvature30.51remark 30.72: Stress concentration30.72remark 30.29: The Lamé constants and the energy30.29theorem A.695: Boussinesq's point-force solution, quotedA.695theorem 30.40: Navier–Cauchy equations30.40definition 28.17: Damped oscillator28.17example 28.8: A laboratory spring, in SI28.8phenomenon 28.9: Isochronism of the small-amplitude pendulum28.9phenomenon 28.13: Universality of small oscillations28.13proposition 28.4: General solution and isochronism28.4proposition 28.54: The Helmholtz resonator28.54proposition 28.11: The physical pendulum and its centre of oscillation28.11proposition 28.71: Naive perturbation theory produces a secular term28.71proposition 28.12: Huygens' cycloidal pendulum is exactly isochronous28.12proposition 28.31: The two modes of a pair of coupled pendulums28.31example 30.61: A torsion fibre as a force sensor30.61phenomenon 34.3: The stiffness of a twisted wire is geometric34.3remark 30.62: Saint-Venant's theory: non-circular sections warp30.62proof : ch:13-continuum-elasticity@proof-31proof

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assumes eq:elast-hooke-isotropic declared parts/03-classical-mechanics/17-exp-pendulum.tex:326
assumes eq:osc-sho declared parts/03-classical-mechanics/17-exp-pendulum.tex:326
cites On the Newtonian constant of gravitation derived parts/03-classical-mechanics/17-exp-pendulum.tex:630
cites Verification of the equivalence of inertial and gravitational mass derived parts/03-classical-mechanics/17-exp-pendulum.tex:632
cites Experiments to determine the density of the earth derived parts/03-classical-mechanics/17-exp-pendulum.tex:434
cites Experiments to determine the density of the earth derived parts/03-classical-mechanics/17-exp-pendulum.tex:630
cites Experiments to determine the density of the earth derived parts/03-classical-mechanics/17-exp-pendulum.tex:786
cites Recherches théoriques et expérimentales sur la force de torsion et sur l'élasticité des fils de métal derived parts/03-classical-mechanics/17-exp-pendulum.tex:345
cites Recherches théoriques et expérimentales sur la force de torsion et sur l'élasticité des fils de métal derived parts/03-classical-mechanics/17-exp-pendulum.tex:363
cites Recherches théoriques et expérimentales sur la force de torsion et sur l'élasticité des fils de métal derived parts/03-classical-mechanics/17-exp-pendulum.tex:784
cites Premier mémoire sur l'électricité et le magnétisme derived parts/03-classical-mechanics/17-exp-pendulum.tex:629
cites Premier mémoire sur l'électricité et le magnétisme derived parts/03-classical-mechanics/17-exp-pendulum.tex:785
cites Beiträge zum Gesetze der Proportionalität von Trägheit und Gravität derived parts/03-classical-mechanics/17-exp-pendulum.tex:632
cites Measurement of Newton's Constant Using a Torsion Balance with Angular Acceleration Feedback derived parts/03-classical-mechanics/17-exp-pendulum.tex:630
cites A redetermination of the constant of gravitation derived parts/03-classical-mechanics/17-exp-pendulum.tex:630
cites Does the Time-of-Swing Method Give a Correct Value of the Newtonian Gravitational Constant? derived parts/03-classical-mechanics/17-exp-pendulum.tex:787
cites The equivalence of inertial and passive gravitational mass derived parts/03-classical-mechanics/17-exp-pendulum.tex:632
cites Test of the Equivalence Principle Using a Rotating Torsion Balance derived parts/03-classical-mechanics/17-exp-pendulum.tex:632
tests eq:elast-torsion-constant declared parts/03-classical-mechanics/17-exp-pendulum.tex:325
tests Coulomb's law of torsion declared parts/03-classical-mechanics/17-exp-pendulum.tex:325