Sentences with phrase «internal kinetic energy»

Regarding the origin, EU is more closely related to the total internal kinetic energy of the atmosphere, which — according to the virial theorem — in hydrostatic equilibrium balances the total gravitational potential energy.

temperature is a function of energy but certainly not = energy Temperature is a measure of the average internal kinetic energy of matter and also a [non-linear] measure of the radiant energy emitted by a body.

The molecule will first use the heat energy in expansion and on cooling will again condense and sink because heavier, and it will cool when its heat expanded volume flows to colder air which absorbs the heat, the internal kinetic energy of vibration, which if strong enough will pass that heat to another colder (which is why visible light is not a thermal energy, it is not powerful enough to move a molecule of matter into vibration, it takes the bigger heat wave, longwave infrared, aka thermal infrared called that because it is the wavelength of heat)-- that is how convective heating warms the fluid gas air in a room, by circulation, in the rise and fall of molecules as they expand and condense, not by heat energy propelling molecules to hit other molecules..

This is on the moon where a molecule of oxygen or nitrogen may actually have a gravitational potential energy — as opposed to on Earth where it may have buoyancy potential and internal kinetic energy as well as bulk kinetic energy.

The internal kinetic energy is taken as the upward long wave energy flux at the top of the atmosphere, and the potential energy is the upward radiation flux from the surface.

Not exact matches

Fundamentally, the impulse depends upon how the difference in energy along the two paths compares with the energy of the laser photons, where the atom's energy is formed of potential (internal electron configuration) and kinetic (external motion) parts.

``... energy in recognizable forms (kinetic, potential, and internal) in an expanding, spatially unbounded, homogeneous universe is not conserved.»

Applied to road cars the system supports the current motor industry trend for smaller powertrains; a lightweight kinetic energy recovery system providing a means of boosting acceleration and overall performance and economy independently of the vehicle's internal combustion engine.

It captures the kinetic energy generated while braking, stores it in a compact battery pack, and feeds it to a small motor attached to the side of the internal combustion engine.

Chassis incorporates weight redistribution, weight reduction and tyre wear, while aerodynamics improves front downforce, rear downforce, drag and DRS, alongside power train which enhances engine power and fuel consumption, although durability also plays a huge part as it reduces wear on power units and gearbox components throughout a range of enhancements to general wear, internal combustion engine, motor generator unit kinetic and heat, energy store, turbo charger, control electronics and gearbox.

In play, as the Soccket ball spins round, an internal pendulum stores kinetic energy.

(57i) The LHSO and LVO described above are thermally - direct circulations, wherein differential heating creates available potential energy (APE)(in the form of internal energy and gravitational potential energy) that is then converted to kinetic energy by adiabatic motions (latent heating also can create APE, or the potential for latent heating can be included in APE, as in CAPE).

That is — in a high state of internal energy being the sum of kinetic and potential energy.

So we have: LOD representing differential internal free energy described as a rotational kinetic energy - > dG SOI representing a pressure differential - > VdP Aerosols representing a reflective EM - > dEa TSI representing an external EM driving force - > dEb ln (CO2) representing a suppressive EM - > dEc Temperature and heat capacity (S) combine - > SdT

Otherwise, turbulence dissipates rapidly as the kinetic energy is converted into internal energy by viscous shear stress.

Radiation is emitted by molecules based on their individual (internal + kinetic) energy, not by the temperature of the body or volume of gas that molecule is a part of.

Potential Kinetic Mechanical Electric Heat Internal Chemical Nuclear Electromagnetic radiation Gemini Center Energy and Climatization Renewable Energy Resources Solar radiation Hydro Wind Ocean related energy Wave, tidal, thermal gradient, salinity gradient Chemical energy Crops, wood, forest residues, waste Geothermal Internal Gemini Center Energy and Climatization Non-Renewable Energy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand NucEnergy and Climatization Renewable Energy Resources Solar radiation Hydro Wind Ocean related energy Wave, tidal, thermal gradient, salinity gradient Chemical energy Crops, wood, forest residues, waste Geothermal Internal Gemini Center Energy and Climatization Non-Renewable Energy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand NucEnergy Resources Solar radiation Hydro Wind Ocean related energy Wave, tidal, thermal gradient, salinity gradient Chemical energy Crops, wood, forest residues, waste Geothermal Internal Gemini Center Energy and Climatization Non-Renewable Energy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand Nucenergy Wave, tidal, thermal gradient, salinity gradient Chemical energy Crops, wood, forest residues, waste Geothermal Internal Gemini Center Energy and Climatization Non-Renewable Energy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand Nucenergy Crops, wood, forest residues, waste Geothermal Internal Gemini Center Energy and Climatization Non-Renewable Energy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand NucEnergy and Climatization Non-Renewable Energy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand NucEnergy Resources Chemical energy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand Nucenergy Fossil fuels coal, oil, gas, peat, tarf, oil shale, marlstone, tar sand Nuclear /

This rate is neglected in the first law — any work performed on the gas goes to increase its internal energy, not kinetic energy.

If your room is isolated from the environment, frictional dissipation of kinetic energy of wind (ultimately to internal energy of the air) will lead to a rise in room temperature.

This definition of temperature is for «kinetic Temperature» only — a more general definition is «the inverse of the rate of change of entropy with internal energy».

The kinetic energy of a column of gas is its internal thermal energy.

Between mine and Toth, the issue is that he is confusing or conflating the terms «internal energy» and «kinetic energy».

The (high microwave especially) energy within IrR will not produce «sun burn» (a mild radiation burn from UV - A and UV - B) but would induct (interact to produce) too much intrinsic «heat» (kinetic energy) in outer cellular structures, stopping internal cellular processes, killing those cells, and most likely preventing the formation of «life as we know it» (bio-forming).

Under this approach, the FAA would consider more than just kinetic energy; the agency would also look at pertinent factors like the operator's history of safe operations, internal company safety procedures, and design features of the UAS that enhance safety.