Linked from

The 17 pages that link to Power (physics), each with the reason it gives.

• TorqueRelated: For rotation, power depends on torque and angular velocity.

• Signal-to-noise ratioRelated: Power ratios are standard when signal and noise are treated as energy-bearing quantities.

• Work (physics)Related: Power measures how quickly a given amount of work is performed.

• AmplitudeCompared with: Power is an energy-transfer rate, not the maximum displacement that defines amplitude.

• JouleRelated: A watt is one joule transferred per second.

• ThrustCompared with: Power measures an energy rate, not the force a propulsion system exerts.

• EnergyCompared with: Energy measures an amount; power measures how quickly that amount changes hands.

• Capacity factorRelated: Power ratings become potential energy output when multiplied by elapsed time.

• WattNarrower topic: A watt is the SI unit used to quantify this physical quantity.

• BatteryRelated: Battery power measures how quickly it can deliver electrical energy.

• Energy consumptionRelated: Multiplying power by elapsed time gives energy consumption when power is steady.

• HorsepowerNarrower topic: Horsepower measures power, so its meaning begins with the rate of energy transfer.

• Kilowatt-hourRelated: Multiplying power by elapsed time gives the energy measured in kilowatt-hours.

• Strength trainingRelated: Explosive resistance exercises train force production at high speed.

• Coherent system of unitsRelated: Its unit is derived from energy per unit time without an extra factor.

• Energy (everyday usage)Compared with: A burst of high power differs from sustained human capacity for effort.

• Tellegen's theoremNarrower topic: The theorem sums instantaneous branch powers, defined as voltage times current.