The temperature and forms of energy and alternative

Temperature, Forms of Energy, and Alternative Fuels By experience, people have become accustomed to the knowledge that temperature merely pertains to the degree of hotness or coldness felt through a body of an object or an atmosphere. Technically, as a property of matter, temperature is known as the measure of the capacity by which kinetic energy is translated due to the rapidity of molecular movement or atomic collisions in space where the flow of energy can be amply expected. So long as there emerges transfer of heat or change in phase of matter sometimes temperature, in Celsius, Kelvin, or Fahrenheit scale, is inevitable.
Energy is known to have existed in different forms and by law of conservation, it is neither gained nor lost, only transformed between such forms. Humans have since time hugely benefitted from utilizing energy with light, heat, gravitation, and sound. Scientific studies, moreover, allowed discoveries of other convertible energy forms such as mechanical energy, electrical energy, chemical energy, and nuclear energy. It is of primary significance to life that each energy form is capable of operating a specific engine or machinery to aid men in their means of comfortable living and advancement toward a more sustainable economy.
Out of these forms, energy is further classified as either originating from resources or non-renewable resources. In particular, biofuels like the ones based on algae are a renewable alternative fuel used in producing electricity. Besides the renewably drawn energy derived through biomass, geothermal energy, hydroelectric energy, wind, and solar powers, good fuel alternatives are present as well in bioalcohols, non-fossil methane and natural gas, ammonia, and vegetable oil. These safer options create possibilities of reducing air pollution since less hazardous substances are involved during the crucial stages of extraction and emission processes. This way, state investments may be allocated for concerns other than for setting up regulations.
References
Nave, R. (2011). Temperature, [Online], Available: http://hyperphysics.phy-astr.gsu.edu/hbase/thermo/temper.html [29 Sept 2011].
Alternative Energy, [Online], Available: http://www.altenergy.org/renewables/renewables.html [29 Sept 2011].