Linked from

The 22 pages that link to Hooke's law, each with the reason it gives.

• ViscoelasticityRelated: It describes the recoverable spring-like part of viscoelastic behavior.

• Simple harmonic motionRelated: A spring obeying this relation provides the standard physical realization of simple harmonic motion.

• Robert HookeBroader topic: Hooke’s 1678 statement of this relation gave his name to a foundational rule of elasticity.

• RheologyCompared with: It describes an ideal elastic response without time-dependent flow.

• Yield strengthRelated: Its linear regime provides the reference for identifying departure toward yield.

• Young's modulusRelated: Young's modulus is the proportionality constant linking tensile stress and strain in this range.

• Harmonic oscillatorRelated: It supplies the linear restoring force that defines the oscillator.

• Elastic modulusRelated: It describes the linear regime in which modulus is commonly defined.

• Constitutive equationBroader topic: It is the standard simple constitutive equation for linear elasticity.

• Elasticity (physics)Related: It describes the simplest linear relationship between load and elastic deformation.

• Conservative forceRelated: An ideal spring force is conservative, with elastic potential energy.

• Stress–strain curveRelated: It describes the initial straight portion of many stress–strain curves.

• Shear modulusRelated: The modulus is the proportionality linking shear stress and strain in the linear range.

• Damped harmonic oscillatorRelated: A linear restoring force produces the oscillator’s characteristic harmonic response.

• Tension (physics)Related: It connects tension in a stretched elastic connector to its extension.

• Torsion balanceRelated: The fiber’s elastic response underlies its restoring torque.

• Car suspensionRelated: It approximates how a suspension spring responds to small changes in compression.

• Mechanical resonanceRelated: A spring obeying Hooke’s law supplies the restoring force in the simplest resonance model.

• Restoring forceRelated: It gives the simplest quantitative model of a restoring force.

• Bungee jumpingRelated: It approximates how cord tension rises as the cord stretches, though real cords behave nonlinearly.

• Mechanical & acoustical propertiesRelated: It describes the simplest link between applied load and elastic response.

• Pogo stickRelated: It approximates how the pogo stick’s spring pushes back during compression.