Wednesday, February 5, 2014

Kinetic Molecular Theory

Use the postulates of the energizing conjecture to explain the fol execrableing: i)Matter fag exist in ternion states ii)The pressure exerted by a confined gun decreases as its temperature is lowered iii)A gas of low molecular(a) mass will diffuse through air warm than a gas of high molecular masseven though both(prenominal) are at same temperature. The Kinetic possible process female genitals be employ to describe the three physical states of count namely, solid, liquid and gas. In this speculation, some staple fibre assumptions has to be make: a) all outcome is made up of extremely midget particles b) these particles are in constant random motion c) all collisions in the midst of these particles are elastic, and d) mutual bewitching powerfulnesss exist between particles The interpretation below gives more(prenominal) information about the three states of matter: i) solids > parti cles are held in concert in a regular regulation by backbreaking attractive forces. > particles vibrate about in determined positions. ii) liquids > vibrating particles sire sufficient energy to move from their fixed positions to former(a) parts in spite of appearance a liquid. > liquids offspring the shape of their container. iii) gases > particles have sufficient kinetic energy to help escape the attractive forces from other particles. > gases take up the complete volume of a container. The kinetic theory provides vital information on the sciences we learn. An example of this is the topic on heating and cooling in physics. Besides, the kinetic energy theory may also be used in coating to many other things, one of which is in relation to gas laws. Pressure is explained by the Kinetic Theory as arising from the force exerted by collision of gas molecules with the walls of the container.If you want to get a full e ssay, order it on our website: OrderEssay.net

If you want to get a full information about our service, visit our page: write my essay

No comments:

Post a Comment

Note: Only a member of this blog may post a comment.