'Heat reservoir' presentation slideshows

Limitation of the 1 st law of thermodynamics

Limitation of the 1 st law of thermodynamics. First law of thermodynamic states that Energy can neither be created nor be destroyed but it can be converted from one form to another. It is the law of conservation of energy. According to this law every conservation of energy is possible.

3.6k views • 61 slides

THERMODYNAMICES

THERMODYNAMICES. Presented by MUNASALA ANUSHA M.Tech , Assistant Professor DEPARTMENT OF MECHANICAL ENGINEERING VISAKHA INSTITUTE OF ENGINEERING & TECHNOLOGY. THERMODYNAMICES. THERMO--- Heat Released DYNAMICS ----- Mechanical Action For doing work

485 views • 48 slides

334 J

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AP Unit II C 2

AP Unit II C 2. Laws of Thermodynamics Ref: Chapter 12. a) Students should know how to apply the first law of thermodynamics, so they can: (1) Relate the heat absorbed by a gas, the work performed by the gas, and the internal energy change of the gas for any of the processes above.

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331 views • 11 slides

An adiabatic free expansion of a gas in a thermally isolated container is not reversible because _____ . Select

An adiabatic free expansion of a gas in a thermally isolated container is not reversible because _____ . Select the correct answer. work must be done on the gas to return it to its original volume heat must be exchanged with the surroundings to return the gas to its original temperature

406 views • 10 slides

AP PHYSICS

AP PHYSICS. Friday, 1/22/09 AP PHYSICS. ret HW 46. p. 423 #59

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work must be done on the gas to return it to its original volume

An adiabatic free expansion of a gas in a thermally isolated container is not reversible because _____ . Select the correct answer. work must be done on the gas to return it to its original volume heat must be exchanged with the surroundings to return the gas to its original temperature

102 views • 10 slides

AP PHYSICS

AP PHYSICS. Friday, 1/22/09 AP PHYSICS. ret HW 46. p. 423 #59

123 views • 10 slides

Ensemble equivalence

Ensemble equivalence. The problem of equivalence between canonical and microcanonical ensemble : canonical ensemble contains systems of all energies . How come this leads to the same thermodynamics the microcanonical ensemble generates with fixed E ? . Heuristic consideration.

423 views • 8 slides

PAL 3/12/12

PAL 3/12/12. Each of the following can be a clue to what type process is occurring in a particular situation. Identify what type of process each of the following is a clue to. Remember: clue is not proof! heat bath, heat sink, or heat reservoir open to the atmosphere rigid container

173 views • 2 slides