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Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy
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Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Jan 05, 2016

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Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy. Double Jeopardy. Jeopardy!. Answer: The Measure of the average kinetic energy of the individual particles in an object. What is temperature?. Temperature $100. Answer: - PowerPoint PPT Presentation
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Page 1: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Matter, Temperature, Phase Changes, Pressure/

Buoyancy, and Thermal Energy

Page 2: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Jeopardy!Jeopardy!

Matter Temperature

Phase Changes

Pressure and

Buoyancy

Thermal Energy vs Heat

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

Double Jeopardy

Page 3: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

TemperatureTemperature$100$100

Answer: The Measure of the average kinetic energy of the individual particles in an object

What is temperature?

Page 4: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Temperature Temperature $200$200

Answer:When you remove most of water’s thermal (kinetic) energy this happens.

What is freezing?

Page 5: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Temperature Temperature $300$300

Answer: The freezing point of a substance is the same as its _______ point

What is melting?

Page 6: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Temperature Temperature $400 $400

Answer:If two glasses of boiling water are at the same temperature, why would their thermal energy be different?

Thermal energy is the measure of movement of molecules plus the amount of molecules… one glass is bigger.

Page 7: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Temperature Temperature $500$500

Answer:

Explain why being burned by steam can cause more damage than being burned by a similar quantity of hot water at the same temperature.

Heat causes thermal energy to transfer into you. Steam has much more kinetic energy then water. Your body is absorbing that extra energy. Steam also condenses on your skin.

Page 8: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Matter$100

Answer: Which state of matter has the LEAST thermal energy?

What is a solid?

Page 9: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Matter $200$200

Answer:Which state of matter has a definite volume but NO definite shape?

What is a liquid?

Page 10: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Matter $300

Answer:Describe two ways an amorphous solid is

different from crystalline solid . 1. Amorphous solids don’t have regular

atomic patters, crystalline solids have patterns called crystals. 2. When heat is added, amorphous solids just get softer; crystalline solids have crystals so they fight the change of state(Solid, to Liquid, to Gas)

Page 11: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Matter $400

Answer:The higher the viscosity of a fluid, the _____________ it flows.

What is slower?

Page 12: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Matter$500

Answer: Formula M=V X DAluminum has a density of 2.7 g/cm3. What

is the mass of a solid aluminum cylinder with a volume of 1,000cm3?

1,000cm3 X 2.7 g/cm3= 2,700g

Page 13: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Thermal Energy Vs HeatThermal Energy Vs Heat$100$100

Answer:This is the total energy of all the particles in a substance.

What is Thermal Energy?

Page 14: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Thermal Energy Vs Heat Thermal Energy Vs Heat $200$200

Answer:This is the movement of energy from a warmer object to a cooler object.

What is heat?

Page 15: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Thermal Energy Vs Heat Thermal Energy Vs Heat $300$300

Answer:The more thermal energy a substance has, the more ______________ it has.

What are particles?

Page 16: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Thermal Energy Vs Heat Thermal Energy Vs Heat $400$400

Internet Answer:Heat is measure in a unit called _______________ .

What joules?

Page 17: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Thermal Energy Vs Heat Thermal Energy Vs Heat $500$500

Internet Answer… starts with a C:A jar of HOT green water is placed into an aquarium full of COLD water. The HOT green water begins to rise out of the jar to the top of the aquarium, spread out, and fall back down. Name the type of heat transfer.

What is convection?

Page 18: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Phase Changes $100

Answer:True or false, the pressure inside

the tires is greater after it has been driven on for a few hours than at the beginning of a trip?

True

Page 19: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Phase Changes $200

Answer:Solid to Gas.

What is Sublimation?

Page 20: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Phase Changes $300

Answer:Fog on a mirror.

What is Condensation?

Page 21: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Phase Changes $400

Answer:Two types of vaporization.

What are evaporation and boiling?

Page 22: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Phase Changes $500

Answer: When a substance’s thermal energy changes by a sufficient amount, it ____________.

What is changes state?

Page 23: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Pressure and Buoyancy $100

Answer: Why is an air bag used to prevent injury vs. you hitting the dash?

The volume (space between atoms) of air is high so you can compress air easier than solids. So air absorbs more of the force from the crash.

Page 24: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Pressure and Buoyancy $200

Answer:Why would you want to use snow shoes when crossing deep snow?

Pressure is force divided by area… snow shoes increase the area, this causes the pressure to decrease.

Page 25: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Pressure and Buoyancy $300

Answer: Blimps filled with helium float in air, what does that say about its density vs. oxygen, nitrogen, and carbon dioxide?

It says helium atoms are less massive (lighter) than same amt of other a atoms increasing the buoyant force, causing them to float.

Page 26: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Pressure and Buoyancy $400

Answer:Explain how ships made of materials that are denser than water are able to float.

They have large wide bottoms which allow for a greater surface area. We know that is a force is exerted over a larger area, the pressure decrea

Page 27: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Pressure and Buoyancy $500 F=MXA$500 F=MXA

Answer: Smath

16,170N X 65cm3= 210N

.

Page 28: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Final Jeopardy

Page 29: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Final Jeopardy!Final Jeopardy!

Short Answer: Write your answer on a sheet of paper

Page 30: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Short AnswerShort Answer

When heat flows from one substance to another, what happens to the temperature of the substance giving off the heat and to the temperature of the substance receiving the heat?

Page 31: Matter, Temperature, Phase Changes, Pressure/ Buoyancy, and Thermal Energy

Short AnswerShort Answer

The temperature of the substance giving off the heat decreases while the temperature of the substance receiving the heat increases.