Gas Laws: Boyle's Law, Charle's Law, Gay-Lsac's Law, Avogadro's Law

Contents:

• GAY LSAC'S LAW
• GAY LSAC'S LAW
• GAY LSAC LAW FORMULA
• GAY LSAC'S LAW
• GAY LSAC’S LAW FORMULA
• STATE AND EXPLA GAY LSAC'S LAW.
• GAY-LSAC’S LAW: INTRODUCTN, FORMULA AND DERIVATN

GAY LSAC'S LAW

In this article, we’ll go over Gay Lsac’s Law tail, cludg s formula and rivatn. What is Gay-Lsac’s Law?

GAY LSAC'S LAW

Exampl of Gay-Lsac’s Law. Solved Exercis on Gay-Lsac’s Law.

Gay-Lsac’s law is a gas law which stat that the prsure exerted by a gas (of a given mass and kept at a nstant volume) vari directly wh the absolute temperature of the gas. This law was formulated by the French chemist Joseph Gay-Lsac the year 1808. The mathematil exprsn of Gay-Lsac’s law n be wrten as follows:.

Gay-Lsac’s law impli that the rat of the ial prsure and temperature is equal to the rat of the fal prsure and temperature for a gas of a fixed mass kept at a nstant volume.

GAY LSAC LAW FORMULA

When a prsurized aerosol n (such as a odorant n or a spray-pat n) is heated, the rultg crease the prsure exerted by the gas on the ntaer (owg to Gay-Lsac’s law) n rult an explosn. Another example of Gay-Lsac’s law n be observed prsure okers. As per Gay-Lsac’s Law, P1T2 = P2T1.

Frequently Asked Qutns on Gay-Lsac’s LawQ1 What is Gay Lsac’s law formula? The law of Gay-Lsac is a variant of the ial gas law where the volume of gas is held nstant.

GAY LSAC'S LAW

P / T = nstant or Pi / Ti = Pf / Tf are the standard lculatns for Gay-Lsac ‘s law. Q3 What is the importance of Gay Lsac’s law?

To learn more about Gay-Lsac’s law and other gas laws, such as Charl’ law, register wh BYJU’S and download the mobile applitn on your smartphone. In 1808, the French chemist Joseph Louis Gay-Lsac reported the rults of new experiments together wh a generalisatn known today as Gay-Lsac’s law of bg gas.

Gay-Lsac’s Law is applible only to gas. The volum of liquids or solids volved the reactants or products are not erned by Gay Lsac’s law. Some of the solved problems based on Gay Lsac Law Formula are given below.

GAY LSAC’S LAW FORMULA

Example 2: Solve Gay-Lsac’s Law to get an exprsn for the unknown volume. Ial gas law is the batn of the followg four laws –Boyle’s Law Charl's Law Avogadro’s Law Gay Lsac’s Law We have explaed Boyle’s Law, Charle’s Law and Avogadro’s law separate articl.

So, this article, we are gog to discs Gay Lsac’s Law tail.

In Gay Lsac’s Law volume is kept nstant. What is Gay Lsac’s Law?

STATE AND EXPLA GAY LSAC'S LAW.

Gay-Lsac's is fed as the prsure of a given mass of gas vari directly wh the absolute temperature of the gas when the volume is kept nstant.

GAY-LSAC’S LAW: INTRODUCTN, FORMULA AND DERIVATN

This article is maly ncerned wh the Study of gay lsac’s three elements that help to study gas are temperature, volume and prsure.

While studyg gay lsac’s law volume is kept nstant, the temperature remas nstant Boyle’s law and prsure remas nstant Charl law. Gay lsac’s law f the relatnship between temperature and prsure of a gas when kept a fixed example of gay lsac’s law n be seen -The propane tanks that we e for barbeque grills.

His name was Joseph gay lsac (1778-1850) n be exprsed as follows –P ∝ T (when V = nstant)On removg proportnaly –P = kT -----------(1)Where P = prsure exerted by the gas K = nstant T = absolute temperature of the gas Ial Gas Equatn –PV = nRT ----------(2)On keepg the value of P om equatn (1) to (2) –kTV = nRT k = nR/Vk ∝ 1/V -------------(3)From equatn (3), means when volume will crease k will crease. Gay Lsac’s Law GraphMathematil formula or exprsn for Gay Lsac’s law n be wrten as –P = kT Now on parg the above equatn wh Y = mX, we get Y = P, m = k and X = T so n be illtrated by a graph as given below – the image will be upload blue le or slope the above graph reprents k which is versely proportnal to volume (om equatn 3). If V4>V3>V2>V1 then for all the volum graphs between prsure and temperature n be reprented as given below – the image will be upload Lsac’s Law of Gaseo Volum Law of Gaseo Volum was proposed by Joseph Louis Gay-Lsac 1808.