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15 Cards in this Set
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 Back
Boyle's Law

p1v1=p2v2 temp is constant; P is inversly proportional to v


Charle's Law

v1/t1=v2/t2 pressure is held constant; V is directly proportional to T


gaylussac's Law

P1/t1=p2/t2 volume is constant; P is directly proportional to T


Combined Gas Law

p1v1/T1=P2V2/T2


ideal gas law

PV=nRT R=.0821


Dalton's law

Pt=Pa+Pb+Pc


If a flexible container with 2.00 l of gas at 20 degrees celsius, what will happen to the container? What law are you using in this problem?

2.14 l Charle's law;


i the pressure is doubled, what will happen to the volume of a as, assuming the temperature remains constant? Which gas law is this?

the volume will decrease by 1/2; boyle's law


If the volume of a as is tripled, what must have happened to the kelvin temperature, if the pressure remained constant? Which gas law is this?

Temp tripledCharle's law,


If the pressure is tripled and the volume remains constant, what happens to the Kelvin temperature?

it triples as well, gay lussac law


If the pressure of one mole o gas is 1.01 atm and the volume is 22.5 L, what must the temperature of the gas be? Which law do you use to solve this?

227K, Ideal gas law


if the initial pressure is 760 Tor, the initial volume is 23ml and te initial temp is 24 degrees celsius, what will the new temperature be i the pressure is changed to 778 torr, the volume is changed to 56 ml? Which gas law are you using

combined gas, 740 k


list the relative particle size, effect of light, effect of gravity, effect of filtration, and if it's homogeneous or hetero
solution 
invisible, no effect of light, gravity, or filtration, homogeneous


list the relative particle size, effect of light, effect of gravity, effect of filtration, and if it's homogeneous or hetero
Colloid 
small size, tindall effect, no gravity effect and maybe a filtration effect, hetero


list the relative particle size, effect of light, effect of gravity, effect of filtration, and if it's homogeneous or hetero
Suspension 
large size,no effect with light, effected by gravity and filtration, heterogeneous
