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15 Cards in this Set
- Front
- Back
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Boyle's Law
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p1v1=p2v2 temp is constant; P is inversly proportional to v
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Charle's Law
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v1/t1=v2/t2 pressure is held constant; V is directly proportional to T
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gay-lussac's Law
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P1/t1=p2/t2 volume is constant; P is directly proportional to T
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Combined Gas Law
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p1v1/T1=P2V2/T2
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ideal gas law
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PV=nRT R=.0821
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Dalton's law
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Pt=Pa+Pb+Pc
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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?
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2.14 l Charle's law;
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i the pressure is doubled, what will happen to the volume of a as, assuming the temperature remains constant? Which gas law is this?
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the volume will decrease by 1/2; boyle's law
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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?
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Temp tripledCharle's law,
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If the pressure is tripled and the volume remains constant, what happens to the Kelvin temperature?
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it triples as well, gay lussac law
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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?
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227K, Ideal gas law
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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
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combined gas, 740 k
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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
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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
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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
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