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Moment of Inertia and Rotational Kinetic Energy

Source of package openstax.rotation_equilibrium · OpenStax University Physics, ch. 10 Fixed-Axis Rotation, module m58329

work
urn:openstax:clir:rotation-equilibrium#M58329
number
OpenStax University Physics, ch. 10 Fixed-Axis Rotation, module m58329
kind
urn:openstax:clir:rotation-equilibrium#treatise

m58329/index.cnxml at commit d0ed34a (main, 2026-06-11)

edition
urn:openstax:clir:rotation-equilibrium#M58329_MAIN
language
en
officiality
official
materialisation
PINNED_OFFICIAL_BYTES
life cycle
adopted: 2026-06-11

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Fragments — 2

module/m58329#fs-id1167132283419 · defn · referenced by: 1

en · official · sha256:5a9924139b0f0e834f712e312a09398ce8611d671ead2c21b78e3ac073fa1ef1

<definition id="fs-id1167132283419"> <term>moment of inertia</term> <meaning id="fs-id1167132283425">rotational mass of rigid bodies that relates to how easy or hard it will be to change the angular velocity of the rotating rigid body</meaning> </definition>

Referencing norms: moment_of_inertia

module/m58329#fs-id1167132283430 · defn · referenced by: 2

en · official · sha256:e2dc42abddb8cf926538feb662b5d75a9af79fc94eae28264044c51d565c7d61

<definition id="fs-id1167132283430"> <term>rotational kinetic energy</term> <meaning id="fs-id1167132205291">kinetic energy due to the rotation of an object; this is part of its total kinetic energy</meaning> </definition>

Referencing norms: RotationalKineticEnergyFromInertiaAndSpeed, angular_velocity

The hash beside the text is the sha256 of its exact bytes. It is the check that the text shown matches the one pinned in the package: a divergence fails the oracle’s static analysis.