KMT

Question 1

What are the five principles of kinetic molecular energy?

Answer 1

• Gases are all hard spheres
• they are infinitely smaller compared to V(system)
  -they undergo elastic collision (no stickiness/reaction)
• T = system T, that gives all of them the same Ek (T proportional to Ek)
• all have the same Ek, BUT Ek=1/2mv^2 result in different velocities as inverse square of mass.

Question 2

What are the five principles of kinetic molecular energy?

Answer 2

• Gases are all hard spheres
• they are infinitely smaller compared to V(system)
  -they undergo elastic collision (no stickiness/reaction)
• T = system T, that gives all of them the same Ek (T proportional to Ek)
• all have the same Ek, BUT Ek=1/2mv^2 result in different velocities as inverse square of mass.

Question 3

As Ek=1/2mv^2….

Answer 3

(m1v1)^2=(m2v2) ^2, they combine with diffusion and effusion (m1d1)^2=(m2d2)^2

Question 4

As Ek=1/2mv^2….

Answer 4

(m1v1)^2=(m2v2) ^2, they combine with diffusion and effusion (m1d1)^2=(m2d2)^2

Question 5

As Ek=1/2mv^2….

Answer 5

(m1v1)^2=(m2v2) ^2, they combine with diffusion and effusion (m1d1)^2=(m2d2)^2

Question 6

Velocities in a vacuum…

Answer 6

Greater than velocities when diffusing through gas