equation 33.11 eq:expcav-theta-solved

open in the book · parts/03-classical-mechanics/16-exp-cavendish.tex:401

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equation 33.11: eq:expcav-theta-solved33.11equation 33.10: eq:expcav-torque33.10equation 33.6: eq:expcav-torsion-period33.6proposition 33.9: The time-of-swing method33.9remark 33.14: Why shrinking the balance costs no sensitivity33.14equation 33.5: eq:expcav-torsion-eom33.5equation 9.108: eq:slt-helmholtz-real9.108experiment : The Cavendish Torsion Balanceexperime…proposition 33.6: The working formula of the torsion balance33.6remark 33.5: Why the fibre must be fine, quantitatively33.5

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step_from eq:expcav-torque declared — substituting $\kappa=4\pi^{2}I/T^{2}$ with $I=2md^{2}$, so that $m$ cancels between torque and inertia parts/03-classical-mechanics/16-exp-cavendish.tex:406
step_from eq:expcav-torsion-period declared — substituting $\kappa=4\pi^{2}I/T^{2}$ with $I=2md^{2}$, so that $m$ cancels between torque and inertia parts/03-classical-mechanics/16-exp-cavendish.tex:406