# Energy

Energy, in physics, is a property of objects which can be transferred to other objects or converted into different forms, but cannot be created or destroyed.

Energy can be expressed in negative units representing energy loss.

In SI units, energy is measured in joules, the energy transferred to an object by the mechanical work of moving it 1 metre against a force of 1 newton.

All of the many forms of energy are convertible to other kinds of energy, and obey the conservation of energy. Common energy forms include the kinetic energy of a moving object, the radiant energy carried by light, the potential energy stored by an object's position in a force field (gravitational, electric or magnetic), elastic energy stored by stretching solid objects, chemical energy released when a fuel burns, and the thermal energy due to an object's temperature.

vCalc's Energy folder contains content that relates to the different forms of energy.

### Parent Categories:

## Energy Calculators

## Energy Collections

## Energy Equations

- BTU-to-hp-h
- BTU-to-kg m
- BTU-to-kWh
- Cal-to-J
- Energy (Rest)
- hp-h-to-BTU
- hp-h-to-J
- hp-h-to-kWh
- hp-h-to-MJ
- J-to-Cal
- J-to-kgf m
- J-to-kJ
- J-to-kWh
- J-to-MJ
- kg-f m-to-BTU
- kg-f m-to-Cal
- kJ-to-J
- kWh-to-hp-h
- kWh-to-J
- kWh-to-kJ
- Potential Energy
- Potential Energy of Gravity
- Pressure (Energy/Volume)
- vElectric Charge
- vElectric Field Intensity
- vEnthalpy
- vFluid Resistance
- vMagnetic Flux
- vMass Flow Rate
- vMolar Mass
- vPermiability
- vRadiation Dose
- vRadioactivity
- vVolume Flow Rate
- Balmer-Rydberg Equation
- Borda-Carnot equation
- Calories to British Thermal Unit
- Calories to Ergs
- Calories to Foot-pounds
- Calories to Horsepower-hours
- Calories to Joules
- Calories to Kilocalories
- Calories to Watt-seconds
- Energy from Coal
- Energy from Small Wind Turbine
- Energía Libre de Gibbs con Constante de Equilibrio ('K_eq')
- Entalpía
- Enthalpy
- Erg-to-eV
- Ergs to British Thermal Units
- Ergs to Calories
- Ergs to Dynes per Centimeter Squared
- Ergs to Foot-pounds
- Ergs to Joules
- Ergs to Watt-seconds
- eV-to-J
- First Law of Thermodynamics
- Gibbs Free Energy with Equilibrium Constant ('K_eq')
- J-to-eV
- La Ecuacion de Balmer-Rydberg
- Liters to Cubic Centimeters
- Liters to Gallons(US,liq)
- Liters to Pints(US,liq)
- MJ-to-eV
- MJ-to-J
- Modulus of Resilience
- Photoelectric Effect (max kinetic energy)
- Photon Wavelength from Energy
- Potential Energy due to Gravitational Attraction
- Radiated Seismic Energy
- Radiated Seismic Energy Magnitude
- Specific Mechanical Energy (1)
- Total Mechanical Energy in a Circular Orbit
- Trabajo
- vSurface Energy
- Work

## Energy Constants

- conductance quantum (Siemens)
- electronvolt per hertz
- electronvolt/inverse meter
- electronvolt/joule
- electronvolt/kelvin
- electronvolt/kilogram
- Energy in Crude Oil
- Energy in Diesel
- Energy in Gasoline
- Energy in Heating Oil
- Energy in Natural Gas
- Energy in Propane
- eV/`c^2`to atomic mass units
- hartree/hertz
- hartree/inverse meter
- hartree/kelvin
- hartree/kilogram
- hartree/u
- hertz/electronvolt
- hertz/hartree
- hertz/inverse meter
- hertz/joule
- hertz/kelvin
- hertz/kilogram
- hertz/u
- inverse meter/electronvolt
- inverse meter/hartree
- inverse meter/hertz
- inverse meter/joule
- inverse meter/kelvin
- inverse meter/kilogram
- inverse meter/u
- joule/eV
- joule/hartree
- joule/hertz
- joule/inverse meter
- joule/kelvin
- joule/kilogram
- joule/u
- kelvin/electronvolt
- kelvin/hartree
- kelvin/hertz
- kelvin/inverse meter
- kelvin/joule
- kelvin/kilogram
- kelvin/u
- kilogram/electronvolt
- kilogram/hartree
- kilogram/inverse meter
- kilogram/joule
- kilogram/kelvin
- kilogram/u
- u/electronvolt
- u/hartree
- u/hertz
- u/inverse meter
- u/joule
- u/kelvin
- u/kilogram
- hartree/electronvolt
- hartree/joule
- inverse of conductance quantum
- kilogram/hertz