CHM 111 Chapter Notes - Chapter 5: Jan Baptist Van Helmont, Ideal Gas Law, Molar Volume

• School: University of Miami
• Department: Chemistry
• Course: CHM 111
• Professor: Acevedo Orlando

Document Summary

Thus, the unit for pressure in the si system is the newtons per meter squared (n/m^2) called the pascal (pa: 1 atm= 101,325 pa. Gases that obey this equation is said to behave ideally. = -2mux: therefore force in the x direction is as follows: F= (2mux)2/l: and force in the y direction is. F= (2muy)2/l: and the force in the z direction is. F= (2muz)2/l: pressure is force per unit area so pressure. Pressure= (fx + fy +fz)/6l2: since u2 = ux, since the volume of the cube is equal to l3, pressure also equals (mu2)/3v. 2 + uz: the number of gas particles= nna where n is the number of moles and na is. Avogadro"s number: pressure is therefore equal to nna(mu2)/3v, kinetic energy is (mu2, p= (2/3)[nna(. 5mu2)/v, ke= na(. 5mu2, the average kinetic energy of the particles in a gas sample is directly proportional to the temperature in kelvins.