LAWS IDEAL GASES

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Gas and Atmospheric Chemistry

seyed Sajjadiにより

Kris D. Board 369 (Board 177 split)

Tamika Dudleyにより

Investigating Quantity: Number, Operations & Numeration Systems

Emma Valdezにより

Proportional Reasoning

Colleen Salinasにより

Topic flotante

TRIPLE GASES LAW

LAWS MENTIONED THE LAW COMBINED OF IDEAL GASES OR LAW OF TRIPLE CHANGES IS OBTAINED

P1.V1/T1 = P2.V2=T2

LAWS IDEAL GASES

GAS IDEAL

THOSE THAT PRESENT GASES WHOSE MOLECULES DO NOT INTERACT WITH EACH OTHER AND MOVE RANDOMLY

DIVIDED IN:

AVOGADRO LAW

AVOGADRO LAW ESTABLISH THAT THE VOLUME OF UNGAS MAINTAINED AT A CONSTANT TEMPERATURE AND PRECISION, IS DIRECTLY PROPORTIONAL TO THE NUMBER OF MOLES OF GAS PRESENT

P1/n1 = P2/N2

V1/n1 = V2/n2

CHARLES LAW

THE LAW OF CHARLS AND GAY LUSSAC IS SUMMARIZED IN: the volume of a certain amount of gas that maintains a constant pressure, is directly proportional to its absolute temperature

PRODUCES CONSTANT VOLUME CALLED ISOCHORIC PROCESSES

V1/T1 = V2/T2

PRESSURE OF A CERTAIN QUANTITY OF GAS IS MAINTAINED AT A CONSTANT VOLUME, IT IS DIERECTLY PROPORTIONAL TO ITS ABSOLUTE TEMPERATURE

CONSTANT VOLUME IS CALLED THE ISCHORIC PROCESS

P1/T1 = P2/T2

BOYLE'S LAW

SUMMARIZES THESE OBSERVATIONS, STABLE THAT: the volume of a given quantity of gas that is kept at constant temperature, is inversely proportional to the pressure exerted

P1 . V1 = P2 . V2

NAMES THAT THEY ARE ISOTHERMAL BY THE PROCESS THAT COMPLIES WITH BOYLE'S LAW