Before revision: 18-19, 21TypeMechanical translation variableMechanical rotation variableAcoustical variableAnalogous electrical variablePower conjugate pairEffort variableForceTorquePressureCurrentFlow variableVelocityAngular velocityVolume flow rateVoltageHamiltonian variablesEffort HamiltonianMomentumAngular momentumPressure-momentumChargeFlow HamiltonianDisplacementAngleVolumeFlux linkageElementsResponsivenessResponsiveness is the inverse of mechanical resistance (Seely et al., p. 200)Rotational responsivenessAcoustic conductanceResistanceMassMoment of inertiaAcoustic massCapacitanceComplianceRotational complianceAcoustic complianceInductanceMobilityRotational mobilityAcoustic admittanceElectrical admittance Through and across analogies Through and across analogies, also called the Trent analogy, classify the two variables making up the power conjugate pair as an across variable and a through variable.
After revision: 18-19, 21TypeMechanical translation variableMechanical rotation variableAcoustical variableAnalogous electrical variablePower conjugate pairEffort variableForceTorquePressureCurrentFlow variableVelocityAngular velocityVolume flow rateVoltageHamiltonian variablesEffort HamiltonianMomentumAngular momentumPressure-momentumChargeFlow HamiltonianDisplacementAngleVolumeFlux linkageElementsResponsivenessResponsiveness is the inverse of mechanical resistance (Seely et al., p. 200)Rotational responsivenessAcoustic conductanceResistanceMassMoment of inertiaAcoustic massCapacitanceComplianceRotational complianceAcoustic complianceInductanceMobilityRotational mobilityAcoustic impedanceElectrical admittance Through and across analogies Through and across analogies, also called the Trent analogy, classify the two variables making up the power conjugate pair as an across variable and a through variable.