[Gk. therme, heat + dynamis, power] The study of transformations of energy. The first law of thermodynamics states that, in all processes, the total energy of a system plus its surroundings remains co [..]

  A study of the transformation of energy from one form to another, and its practical application.

The study of energy transfers and transformations.

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature [..]

A study of the transformation of energy into other manifested forms and of their practical applications. The three laws of thermodynamics are:

theory of relationship between heat and mechanical energy, 1854, from thermodynamic (adj.); also see -ics. "The consideration of moving forces, though suggested by the form of the word, does not [..]

the study of the relationship between heat and mechanical energy, or work.

A collection of ideas and axioms, leading to differential equations specifying rates of change, that describes our experience with processes that involve fluxes of heat and changes in energy content. [..]

The branch of science that deals with heat, energy, and the interconversion of these; the study of energy transformations. thermogenesis

The physical theory of heat and energy distribution in the universe. The two important laws of thermodynamics state that the total energy of the universe is constant and energy can neither be made nor destroyed, and that the distribution of energy in the universe over time proceeds from a state of order to a state of disorder (entropy increase).

The science dealing with the production of heat, the flow of heat, and the conversion of heat to work.

The heat energy added to a system must go into increasing the internal energy of the system, or any work done by the system, or both. The law, which is based on the conservation of energy, also states [..]

It is impossible for heat to flow spontaneously from an object having a lower temperature to an object having a higher temperature.

A temperature of absolute zero can never be attained.

Systematic theory on the relation between heat, work, energy and temperature. Thermodynamics is a sub-area of classical physics and evolved during the course of the 19th century. It turned out to be versatile and applicable to chemistry, biology and technology. Einstein dealt intensively with thermodynamics. In 1924, he described together with Saty [..]

A branch of physics that deals with transfers and conversions of energy.

Thermodynamics is a field of the natural sciences that focuses on the relationships among heat, energy, work and entropy.

Study of quantitative relationships between heat and other forms of energy.

(n) the branch of physics concerned with the conversion of different forms of energy

The study of conversion of thermal energy into other forms of energy (Lesson 19)

The study of temperature, pressure, volume, and energy flow in chemical reactions.

The branch of physical science dealing with conversion of energy from one form to another, especially involving heat.

A branch of science within physics which deals with the conformity of energy and material consumption in different processes. 1. The first principle of thermodynamics states that energy and material can be neither newly produced nor consumed. On the other hand, energy can be transformed from one form to another. Kinetic energy can, for example, be [..]

A rigorously mathematical analysis of energy relationships (Heat, Work, Temperature, and equilibrium). It describes systems whose states are determined by thermal parameters, such as Temperature, in a [..]

A rigorously mathematical analysis of energy relationships (heat, work, temperature, and equilibrium). It describes systems whose states are determined by thermal parameters, such as temperature, in a [..]

a subdiscipline of physics that deals with the relationships between heat and other forms of energy, as well as their possible transformations. Important parameters include pressure, temperature and m [..]

is the branch of science concerned with heat and its relation to other forms of energy and work.

A branch of physics that deals with transfers and conversions of energy.

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature and moisture (both vertical and horizontal) as related to the diagnosis of atmospheric instability.

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature and moisture (both vertical and horizontal) as related to the diagnosis of atmospheric instability.

The science of heat and temperature and of the laws governing the conversion of heat into mechanical, electrical, or chemical energy. [Crutzen, Paul J. and Graedel, T.E. Atmospheric Change: An Earth S [..]

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature and moisture (both vertical and horizontal) as related to the diagnosis of atmospheric instability.

  A branch of physics that explains the effect of temperature and heat, and the conversion of energy from one form to another.

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature and moisture (both vertical and horizontal) as related to the diagnosis of atmospheric instability.

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature and moisture (both vertical and horizontal) as related to the diagnosis of atmospheric instability.

The study of conversion of energy in the universe, a fundamental part of culturology as expressed in the second law of thermodynamics.

Study of the processes that involve the transformation of heat into mechanical work, of mechanical work into heat, or the flow of heat from a hotter body to a colder body.

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc...) In forecast discussions, thermodynamics usually refers to the distribution of temperatu [..]

Study of the processes that involve the transformation of heat into mechanical work, of mechanical work into heat, or the flow of heat from a hotter body to a colder body.

Study of the processes that involve the transformation of heat

In general, the relationships between heat and other properties (such as temperature, pressure, density, etc.) In forecast discussions, thermodynamics usually refers to the distribution of temperature [..]

Study of the processes that involve the transformation of heat into mechanical work, of mechanical work into heat, or the flow of heat from a hotter body to a colder body.

Part of science which deals with the relationships between heat and mechanical action.

The branch of physics dealing with the transformation of energy, especially of heat and other forms of energy.

(physics) The science of the conversions between heat and other forms of energy.