Explain Boyles' pressure, volume in terms with the kinetic molecular theory.?

Question

Explain Boyles' pressure, volume theory (law?) in terms with the kinetic molecular theory.?

Answer 1

Boyle noted that the volume of an enclosed gas was inversely related to the pressure of the gas system. The kinetic molecular theory explains this observation by describing the interaction of the molecules of gas and the walls of the container. As the volume of a gas is decreased, the molecules are forced into a smaller area. This causes the molecules to collide with each other and the sides of the container more often. The more collisions the higher the pressure.

Answer 2

The Kinetic Molecular theory of gasses states that a million)gasses are made up of debris shifting continually at random severe speeds. 2) V is quickly proptional to T :. the quicker the gasoline debris flow, the > Temp and > in Kinetic means 3) debris are independant of one yet another 4) debris are very far aside 5) rigidity is brought about by technique of results of debris on the wall of a field. Boyles regulation: P1V1=P2V2 as a result p and v are quickly proportional. because of the fact the rate will improve the debris hit the realm of the field quicker :. P will improve Charles regulation: V is quickly proportional to T so as that's merely the 2nd concept in the Kinetic Molecular theory so merely reexplain it. besides im no longer gonna do the full element, yet with a bit of luck that provides you a beginning element. merely seem on the equation and evaluate it to the archives i gave you on the Kinetic Molecular theory. Goodluck. Msg back in case you get caught back