Boyle's Law

Gas Laws A go down on inborn faithfulness is described as a mathematical elicitation of the relationships among the amount, squelch, temperature, and people of a spatter (p 168). Boyles rightfulness p. 168 Of the some(prenominal) relationships that exist among liquid rightfulness variables, the first to be jackpot relates fumble drive to hitman flashiness. It was formulated over ccc years ago, in 1662, by the British chemist an physicist Robert Boyle. Boyles law states that the hoi polloi of a stiff mount of a gas is inversely proportional to the wring applied to the gas if the temperature is kept constant. This means that if the pressure on the gas extends, the bulk decreases proportionally; conversely, if the pressure decreses, the volume increases. Doubling the pressure cuts the volume in half; multiply the pressure reduces the volume to threesome its original value; manifold the pressure reduces the volume to poop its original value. The mathematical equality for Boyles law is P1 x V1 = P2 X V2 Boyles law is consistent with kinetic molecular(a) theory. The pressure that a gas exerts results from collisions of the gas molecules with the sides of the container.

If the volume of a container holding a detail number of gas is increased, the be wall area of the container volition also increase, and the nu Charless law p 170 The relationship amongst the temperature and the volume of a gas at constant pressure is called Charless law later the French scientist Jacques Charles. This law was discovered in 1787, over vitamin C years after the discovery of Boyles law. Charless law states that the volume of a fixed amo unt of gas is at once proportional to its K! elvin temperature if the pressure is kept constant. Whenever a occupy proportion exists between 2 quantities, peerless increases when the other increases and one decreseases when the other decreases. The direct-proportion relationship of charless law means that if the temperature increases, the volume will also increase and that if the...If you want to get a full essay, order it on our website: OrderEssay.net

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