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Review Slides

Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

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Page 1: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Review Slides

Page 2: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Matching1. Heat2. Kinetic energy +

potential energy3. Average kinetic

energy4. Conduction5. Convection6. Radiation

A. Temperature

B. Thermal energy

C. Transfer of thermal energy by direct contact

D. Transfer of thermal energy

E. Transfer of thermal energy through electromagnetic waves

F. Transfer of thermal energy by movement of particles in a fluid

Page 3: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

7.

Rank the states of matter from weakest to strongest intermolecular forces:

A. Gas, solid, liquidB. Gas, liquid, solidC. Solid, liquid, gasD. Solid, gas, liquid

Page 4: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

8.

Rank the particles of the states of matter in terms of average kinetic energy from slowest to fastest.

A. Gas, solid, liquidB. Gas, liquid, solidC. Solid, liquid, gasD. Solid, gas, liquid

Page 5: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

9) Object __ has more thermal energy.

10) Object ___has a higher average kinetic energy.

11) Heat will transfer from object __to object ___.

Object A

75° C

50 g

Object B

30°C

50 g

Page 6: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Matching12. 100° C

A. Temperature

B. Thermal energy

C. Radiation

D. Heat

E. Radiation

F. Convection

Page 7: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Matching13. The sun transfers

energy to earth by the process of ____.

A. Temperature

B. Thermal energy

C. conduction

D. Heat

E. Radiation

F. Convection

Page 8: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Matching14. The circular arrows

in the picture are showing____.

A. Temperature

B. Thermal energy

C. conduction

D. Heat

E. Radiation

F. Convection

Page 9: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Matching15. The circular arrows

in the picture are showing____.

A. Temperature

B. Thermal energy

C. conduction

D. Heat

E. Radiation

F. Convection

Page 10: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Matching16. The arrow in

picture is showing____.

A. Temperature

B. Thermal energy

C. conduction

D. Heat

E. Radiation

F. Convection

Page 11: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

17. Temperature18. Heat19. Thermal energy

A. Examples include convection, radiation, and conduction

B. Average kinetic energy

C. Potential energy + kinetic energy

Page 12: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

20. Does not require particles

21. Uses direct contact between particles

22. Particles at the bottom of the pot of boiling water move to the top, taking their thermal energy with them

A. Radiation

B. convection

C. conduction

Page 13: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

23) Object ___ has more thermal energy.

24) Object ___has a higher average kinetic energy.

25) Heat will transfer from object __to object ___.

Object A

75° C

70 g

Object B

75°C

50 g

Page 14: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

26) A dead fly, a blanket, and a dog all have thermal energy.

T or F

27) Solids, liquids, and gases have all have thermal energy.

28) A casserole is placed in the refrigerator. Then it is placed in the freezer. The casserole has thermal energy in both locations.

Page 15: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

29) Look at the pictures below. The picture in which the LARGEST transfer of thermal energy will occur is _____. Why?

Mouth at 98.6°F

Cookies at 300°F

Mouth at 98.6°F

Cookies at 150°F

A B

Page 16: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

30) Look at the pictures below. The picture in which the LARGEST transfer of thermal energy will occur is _____. Why?

Mouth at 98°F

Sno Cone 28°F

Mouth at 98°F

Cookies at 158°F

A B

Page 17: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

T/F

If false, correct the underlined word

Page 18: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

T or F31)The intermolecular forces of a liquid are stronger

than a gas.32)Condensation involves adding thermal energy to a

gas. 33)On a phase change graph, horizontal lines

represent phase changes. 34)During melting, thermal energy is breaking bonds

of the solid. 35)During vaporization, thermal energy is

strengthening the bonds of a liquid.

Page 19: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#36

Page 20: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#37

Page 21: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#38

Page 22: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#39

Page 23: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#40

Page 24: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#41

Page 25: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

#42

Page 26: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Graphic Organizers/Diagrams

Page 27: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

0 1 2 3 4 5 Thermal Energy

150

100

50

0

Tem

pera

ture

(°C)

Thermal Energy and Phase Changes

2

13

4

5

6

7

Page 28: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal
Page 29: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Student-Created Questions

Additional Challenge

Page 30: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Ex. Predict what would happen if sublimation occurred on an ice cube

A. The ice would turn to waterB. The ice would not go through phase changeC. The partials in the ice would increase in

intermolecular forceD. The partials would decrease in inter

molecular force and change to steam

Page 31: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Identify the phase change in picture above.

Page 33: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Which is the best description of radiation?

A) Travel through electromagnetic waves.B) Heat travels through a gas or a liquid.C) Heat travels through a solid.D) It is very good for you.

Page 34: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

What qualities are different between a solid and a liquid?

A) They are the same.B) Solid has faster moving particles than a liquid.C) Liquid has faster moving particles than a solid.D) Solid has more particles

Page 35: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

What is the best example of a Liquid forming into a Gas? _______________

A) Liquid, Gas, SolidB) Liquid, Boiling Point, GasC) Solid, Liquid, SolidD) Liquid, Melting Point, Liquid

Page 36: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

If Thermal Energy transfers by movement of molecules what is this called? _______________

A) Boiling PointB) RadiationC) FreezingD) ConvectionE) Conduction

Page 37: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

From the picture shown you can conclude that the water is at its ________________. HINT: The circles represent bubbles.

A) Boiling Point B) Gas C) HeatD) Radiation

Page 38: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

What are the differences and similarities between water freezing and melting?

A: They both can involve water, yet are different processes

B: One turns water to ice, and the other turns ice to water, yet they both deal with liquids and solids relationship only

C: A&BD: There are none

Page 39: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Predict what would happen if a cube of ice was put into a cup of coffee.

A. It would stay the same, because the mass was not changing

B. It would melt, because the coffee is transferring heat to the ice.

C. It would melt, because the ice is transferring energy to the coffee

D. It would become colder because the particles are moving faster.

Page 40: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

1 2 3 4 50

20

40

60

80

100

120

140

160

Thermal Energy and Phase Change

Thermal Energy

Tem

pera

ture

(deg

rees

C)

Page 41: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Predict what would happen if an extreme amount of thermal energy was added to a metal table

A. The table would expandB. The table would get smallerC. The table would stay the sameD. The table would explode

Page 42: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Predict what would happen if lava spilled into the ocean? What would happen to the particles?

• a. Particles speed up.• b. Ms. Nicholas comes in to save them.• c. They turn into a solid.• d. Lava is too slow so it evaporates

Page 43: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

On the phase change line graph, find where the substance would go through condensation.

*Insert Line graph here with numbers 1-7 showing the steps*

• a. 2• b. 3• c. 5• d. 6

Page 44: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

Arrange the steps of melting in order.a. Molecules slow down, changes from liquid to

solidb.Molecules speed up, then they changes from a

solid to liquidc. Molecules speed up and the solid changes to a

gas

Page 45: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

1)Water was frozen, and then it was found as a gas. What happened to the ice?

A.Convection.B.Sublimation.C.Radiation.D.Evaporation.

Page 46: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

1.Look at the example and answer the question Melting>>Evaporation>>Deposition>>Sublimation

What phase does it start in, and what phase does it end in?

a. Gas>Solidb.Solid>Gasc. Liquid>Gasd.Solid> Solid

Page 47: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

1.Which set of phase changes start in a gas form?

a. Deposition, meltingb.Freezing, sublimationc. Condensation, depositiond.Melting, evaporation

Page 48: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

When condensation occurs, what happens to the particles?

A. The particles spread apartB. The particles get largerC. The particles get closer togetherD. The particles don’t change

Page 49: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

•Predict what would happen to the molecules if you take a class of cold milk and let it sit out in the sun.

A. The molecules would increase in speed and expand.

B. The molecules would increase in speed, but not expand.

C. The molecules would not increase in speed, but expand.

D. The molecules would stay the same.

Page 50: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

•What word does NOT belong?

A.SublimationB.MeltingC.FreezingD.ConvectionE.Vaporization

Page 51: Review Slides. Matching 1.Heat 2.Kinetic energy + potential energy 3.Average kinetic energy 4.Conduction 5.Convection 6.Radiation A.Temperature B.Thermal

What statement best describes FREEZING?

A.When the molecules spread apart and vibrate.

B.When the molecules come together and vibrate against each other.

C.When the molecules spread apart and move freely.

D.When the molecules do not move.