Heat produced by an arc can be lost before it reaches the weld through radiation to the surrounding air, conduction through the electrode and base metal, and dissipation through the welding equipment and workpiece. Some heat is also lost through spatter, slag formation, and other heat-affected zones in the weld area.
You may be going for the concept of entropy (H, Greek upper case eta). It's not that entropic heat is of no 'particular' use. Before the heat flowed to where it is now entropy, it might have been used to do work of some kind. The potential to do work that this heat once had cannot be retrieved. The heat can be collected again, but at a substantial energy cost; perhaps too high a cost to make it practical. The previously lost potential to do work is lost forever.
Heat energy is always produced when energy changes from one form to another. This is due to the inherent inefficiencies in energy conversion processes, where some of the energy is lost as heat.
When energy transformations occur, heat energy is always produced as a byproduct. This is due to the second law of thermodynamics, which states that some amount of usable energy is always lost to heat in any energy transformation process.
Heat is always produced during energy transformations. This is because not all of the energy input can be converted to useful work, and some of it is lost in the form of heat due to inefficiencies in the conversion process.
In a power station, most energy is lost as waste heat during the conversion of fuel into electricity. This waste heat is produced during various processes, including combustion, heat transfer, and friction in the machinery. Efforts to improve energy efficiency in power stations aim to minimize this waste heat and increase the overall efficiency of the system.
About 90% of the Sun's energy is lost as heat before it reaches a producer in the food chain. This loss occurs through processes such as reflection, absorption, and transmission in the Earth's atmosphere.
energy used for the machine will get lost as heat .machine parts will get worn out.
For heat loss to be an advantage to humans rather than a disadvantage, the heat lost must be equal to that produced.
You may be going for the concept of entropy (H, Greek upper case eta). It's not that entropic heat is of no 'particular' use. Before the heat flowed to where it is now entropy, it might have been used to do work of some kind. The potential to do work that this heat once had cannot be retrieved. The heat can be collected again, but at a substantial energy cost; perhaps too high a cost to make it practical. The previously lost potential to do work is lost forever.
Yes, they lost to the Miami Heat
Yes, he lost to the Miami Heat
The flow of heat energy is classifyed under the subject of Enthalphy, and all heat lost or gained is measured in Joules (J).
Heat energy is always produced when energy changes from one form to another. This is due to the inherent inefficiencies in energy conversion processes, where some of the energy is lost as heat.
25% is absorbed by clouds.25% is reflected by clouds.So 50% of the sun's radiation is lost before it reaches earth's surface.See the diagram link below.
25% is absorbed by clouds.25% is reflected by clouds.So 50% of the sun's radiation is lost before it reaches earth's surface.See the diagram link below.
When energy transformations occur, heat energy is always produced as a byproduct. This is due to the second law of thermodynamics, which states that some amount of usable energy is always lost to heat in any energy transformation process.
Body heat is produced within your cells. For one, when you exercise the chemical energy used in the muscles contracting is not efficiently turned into mechanical energy and the excess is lost as heat. The various metabolic reactions occurring withing your body also produce heat such as the breakdown of chemicals within your cells. There really is no one place where body heat is produced. Hope this helps!