Ch 12 Jeopardy game

Download Report

Transcript Ch 12 Jeopardy game

States of Matter Jeopardy
Newton
Pascal
Torricelli
Joule
Kelvin
100
100
100
100
100
200
200
200
200
200
300
300
300
300
300
400
400
400
400
400
500
500
500
500
500
100-Newton
• Force per unit area on a surface
• Pressure
• Go back to game
200-Newton
• Temperature at which all molecular motion
ceases
• Absolute zero
• Go back to game
300-Newton
• Resistance of a liquid to flow is called
• viscosity
• Go back to game
400-Newton
• specific heat for water
• 4.18 J/g C
• Go back to game
500-Newton
• Force of adhesion between a liquid and a
solid
• Capillary action
• Go back to game
100-Pascal
• Water boils at
• 100 C
• Go back to game
C
200-Pascal
• A manometer that is used to measure
atmospheric pressure
• barometer
• Go back to game
300- Pascal
• Conversion factor to get from mm Hg to
kPa
• 760 mm Hg = 101.3 kPa
• Go back to game
400-Pascal
• Type of collision between two gas particles
• elastic
• Go back to game
500-Pascal
• If H2 and N2 are at the same temperatures,
which particles will move at a higher
velocity
• H2
• Go back to game
100- Torricelli
• Measure of the average kinetic energy
• temperature
• Go back to game
200-Torricelli
• State of matter which consists of the
positive particles and electrons being
ejected when a gas reaches an extremely
high temperature
• plasma
• Go back to game
300- Torricelli
• Energy required to raise the temperature
of 1 gram of a substance 1 degree celcius
• Specific heat
• Go back to game
400-Torricelli
• If you have two objects at the same
temperature, what can be said about their
kinetic energy
• It is the same
• Go back to game
500-Torricelli
• Crystal system consisting of 3 different
pairs of parrallograms
• triclinic
• Go back to game
100-Joule
• Unit for heat
• joule
• Go back to game
200-Joule
• Temperature system in which its zero point
is absolute zero
• Kelvin
• Go back to game
300-Joule
• Direction that energy flows between two
objects at different temperatures
• From higher temp to lower temp
• Go back to game
400-Joule
• This happens to atmospheric pressure
with an increase of elevation
• Pressure goes down
• Go back to game
500-Joule
• Long lasting amorphous form is consider
to be
• metastable
• Go back to game
100-Kelvin
• has definite volume and definite shape
• A solid
• Go back to game
200-Kelvin
• Action of a solid turning into a gas
• sublimation
• Go back to game
300-Kelvin
• 5000 calories =
• 20900 J
• Go back to game
joules
400-Kelvin
• Point at which all three phases of matter
exist
• Triple point
• Go back to game
500- Kelvin
• Reasoning behind the leveling off of the
temperatures at the phase change points
• All the energy is going into breaking the
intermolecular forces
• Go back to game