What is the second low of thermodynamic? In:http://wiki.answers.com/Q/FAQ/2437-487, http://wiki.answers.com/Q/FAQ/2455-1717, http://wiki.answers.com/Q/FAQ/2873-124 [Edit categories]
The statement of the second law of thermodynamic states that over time the differences in density, pressure and temperature tend to be even.
The first law of thermodynamic show that heat transfer is equal to work.But he does not give the direction as that system is consuming work or doing work. Whereas the second law of thermodynamic give the direction as (1) Heat can flow naturally from high temperature to low temperature.When heat is flowing from high temperature to low temperature he can produce work.(2)Heat can not flow naturally from low temperature to high temperature.for flowing heat from low temperature to high temperature he consume work. Second law of thermodynamic not only give the direction of heat flow but he also show entropy and quality of energy as high grade energy (mechanical work ) and low grade energy (heat).
To obtain the maximum work/time (power) from two bodies at different temperatures, you have to put an "Ideal" Heat Engine between the two bodies. The Heat Engine works with the "Carnot Thermodynamic Cycle". The Heat Efficiency of the Carnot Cycle Engine is called "Carnot Efficiency" and it only depends on the Absolute Temperature of the two bodies. Absolute Temperature also known as Thermodynamic Temperature will be in Rankine degrees, oR, (U.S.C.S.), or Kelvins (I.S.). The Carnot Heat efficiency is given by; eff (%) = [1 - TL/TH] x 100 where TH and TL are the High and Low Thermodynamic Temperatures of the bodies. So if a given Carnot Efficiency turns out be of 35%, this means that from the heat given by the High Temperature body, 35% is converted to work and the rest is dumped to the Low Temperature body.
depends on the light and day and year and month and night and week and second and minute and mili second and how smart you are.
The valence electrons of the element are very shielded. The valence electrons are far from the nucleus.
Low temperatures, Rain, Fog.
The first law of thermodynamic show that heat transfer is equal to work.But he does not give the direction as that system is consuming work or doing work. Whereas the second law of thermodynamic give the direction as (1) Heat can flow naturally from high temperature to low temperature.When heat is flowing from high temperature to low temperature he can produce work.(2)Heat can not flow naturally from low temperature to high temperature.for flowing heat from low temperature to high temperature he consume work. Second law of thermodynamic not only give the direction of heat flow but he also show entropy and quality of energy as high grade energy (mechanical work ) and low grade energy (heat).
Any scale can be used; the absolute, rational, thermodynamic based scale is the Kelvin scale.
It depends on the patient. The first thing done is the EMT checks the patients blood sugar, then gives the glucose of the sugar is low. After about five minutes the EMT will recheck the sugar. If it is still to low they would give a second dose.
basically it is about a mission who is running low on beer
low cost and affordable pens
Generally speaking, the statement is true. If you give injections, clean blood, or do more than normal care, the risk is increased, but still low.
To sell computers at low cost
yes it does give a low heat capacity.
A statement in your program is part of the code. In a low-level programming language, a statement will map directly to a single CPU instruction. In a high-level programming language, a statement is the smallest element of the language's syntax.
theoretically you could use the heat from the bulb to drive a thermodynamic cycle. The energy you would be able to generate would be so low, it wouldn't be worth it.
It has a low resistance and allows charges to move freely.
no. input impedance is low & output impedance is high