11.9 boyles law, gay lussex law, combined gas kaw

Question 1

Boyles law states..

Answer 1

pressure and volumn are inversely proptional
—-> more pressure, less volumn,
(given that the temperature and the amount of gas is constant)
(NO TEMPERATIONS GIVEN WITHIN THE EQUATION)

P1V1=P2V2

volumn is the independent variable, pressure is dependent.

Question 2

boyles laws explained using kinetic molecular theory…

Answer 2

KMT Explanation:

Decreasing volume means particles have less space to move.

They hit the walls more frequently, increasing pressure.

Faster collisions = higher pressure.

Question 3

Gay lussex law states…

Answer 3

pressure and temperature is directly proprotional
given that the volumn and amount of gas remains constant

P1/T1 = P2/T2

Temperature is independent and pressure is dependent (creates a slope)

Question 4

Gya lussex law explained using molecular theory

Answer 4

-> greater kinetic energy = higher temp
more kientic energy = more entity collisions
more collisitions with entity and entity and entity to wall = more pressure

Question 5

Charles law stats

Answer 5

as you heat up a gas it gets bigger in volumn
(temp and volumn are proportional)
given that pressure and amount moles are constant

v1/ti = v2/t2

Question 6

charfles law explained by molecular level

Answer 6

as temp increases kinetic energy increased
more kinetic energy (more collisions btween the entities and the walls of wontains expand = more volumn)