Linked from

The 36 pages that link to Work (physics), each with the reason it gives.

• Conservation of energyRelated: Work measures energy transferred across a system boundary or between components.

• Potential energyRelated: Work by a conservative force equals the negative change in potential energy.

• Electric potentialRelated: Work by an electric field changes a charge's potential energy.

• LeverRelated: The force gain of a lever comes with greater input distance.

• JouleRelated: One joule is the work done by one newton over one metre.

• Dot productRelated: The dot product counts only the force component along the displacement.

• EnergyRelated: Work measures one way energy passes between a system and its surroundings.

• Mechanical advantageRelated: Ideal machines conserve work by exchanging a smaller input distance for a larger output force.

• Definite integralRelated: A definite integral accumulates variable force along a path.

• Gravitational potential energyRelated: Work done against gravity appears as a change in gravitational potential energy.

• Fundamental theorem of calculusRelated: The theorem relates a variable force's accumulated work to an antiderivative's endpoint values.

• Riemann integralRelated: For a varying force along a path, work is computed by integration.

• WattRelated: Mechanical work performed per unit time is measured in watts.

• Daniel BernoulliRelated: Bernoulli’s analysis of motion drew on competing measures of mechanical effect, including work.

• Line integralRelated: A force-field line integral computes the work done along a path.

• Inclined planeRelated: A ramp reduces required force but increases travel distance, preserving ideal work.

• IntegralRelated: For a varying force, work is the integral of force along the path.

• Power (physics)Related: Mechanical power is the rate at which work is done.

• AntiderivativeRelated: For a position-dependent force, integrating force over displacement computes work.

• Equipotential surfaceRelated: Displacement along an equipotential surface entails zero work by the electrostatic field.

• Hydraulic pressRelated: The press gains force while requiring a correspondingly greater output travel or input work.

• Integral calculusRelated: Integration sums force along a path when force varies with position.

• Electric potential energyRelated: Work by the electric force equals the decrease in electric potential energy.

• Coherent system of unitsRelated: Its derived unit follows directly as force multiplied by distance.

• Nonconservative forceRelated: Nonconservative work varies with the route taken between the same endpoints.

• Wheel and axleRelated: The ideal machine increases force only by requiring greater input distance.

• Simple machineRelated: In an ideal machine, increased output force is balanced by increased travel distance.

• Gradient theoremRelated: For a conservative force, work along a path is determined by endpoint potential values.

• Limits of integrationRelated: A work integral's limits specify the starting and ending positions.

• Sign (mathematics)Related: The sign distinguishes energy transfer along the displacement from transfer against it.

• Screw mechanismRelated: A screw exchanges greater input distance for greater output force, without creating energy.