Assigment3

Question 1

Pascal Units (Pa)

Answer 1

N / m^2
Force / area

Question 2

Ideal Gas (Definition)

Answer 2

Is a theroetical gas that perfectly follows the ideal gas law (PV = nRT)

where:

• Gas Particles have no volume.
  -Thera are no intermolecular forces between the particles.
  -collision between particles are perfectly elasttic.

Question 3

Ideal Gas Law Formula

Answer 3

when temperature is constant ; P1V1 = P2V2

Otherwise

P1V1 / T1 = P2V2 / T2

Question 4

atm to pa

Answer 4

1 atm - 101.324 kPa

Question 5

Pressure Manometer

Answer 5

P gas = Patm - h or + h

Question 6

atm to mm HG

Answer 6

1 atm - 760 mm Hg

Question 7

Calculate Partial Pressure

Answer 7

Pa = Pa * Va / Vtotal

Question 8

Calculate Mole fraction

Answer 8

X = PH2 / P total

The fact that the temperature and volume are the same for all gasses after micting ensures that the relationship between partial pressure and moles is consistent across all gasses.

Question 9

Another formula ofr density on an Ideal gas condition

Answer 9

density = g / V

density = M * P / (R *T)

Question 10

Vrms theory

Answer 10

• R = 8.314 J / mol K and M is in kg/mol
  -Statical measure of the speed of particles in a gas.
  -Gives us an idea of how fast the molecules in a ga are moving at a given temperature.

The key assumptions.
Molecular Motion, no intermolecular forces, elastic collision, negligible volume, average kinetic energy