chapter 18 & 19 review

61
Chapter 18 & 19 Review

Upload: moanna

Post on 11-Feb-2016

44 views

Category:

Documents


0 download

DESCRIPTION

Chapter 18 & 19 Review. 1. What is the general term for the amount of water vapor in the air?. Capacity Humidity Condensation Saturation. 1. What is the general term for the amount of water vapor in the air?. Capacity Humidity Condensation Saturation. - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Chapter 18 & 19 Review

Chapter 18 & 19 Review

Page 2: Chapter 18 & 19 Review

1. What is the general term for the amount of water vapor in the air?

A. CapacityB. HumidityC. CondensationD. Saturation

Page 3: Chapter 18 & 19 Review

1. What is the general term for the amount of water vapor in the air?

A. CapacityB. HumidityC. CondensationD. Saturation

Page 4: Chapter 18 & 19 Review

2. During which process does water vapor change to the liquid state

A. CondensationB. EvaporationC. MeltingD. sublimation

Page 5: Chapter 18 & 19 Review

2. During which process does water vapor change to the liquid state

A. CondensationB. EvaporationC. MeltingD. sublimation

Page 6: Chapter 18 & 19 Review

3. The ratio of air’s actual water vapor content to the amount of water vapor need for saturation is:

A. Adiabatic rateB. Dew pointC. Relative humidityD. Water capacity

Page 7: Chapter 18 & 19 Review

3. The ratio of air’s actual water vapor content to the amount of water vapor need for saturation is:

A. Adiabatic rateB. Dew pointC. Relative humidityD. Water capacity

Page 8: Chapter 18 & 19 Review

4. Visible mixtures of tiny water droplets or ice crystals suspened in air are called:

A. CloudsB. HailC. Dew D. sleet

Page 9: Chapter 18 & 19 Review

4. Visible mixtures of tiny water droplets or ice crystals suspened in air are called:

A. CloudsB. HailC. Dew D. sleet

Page 10: Chapter 18 & 19 Review

5. Air that has a relative humidity of 100% is said to be:

A. DryB. StableC. SaturatedD. unstable

Page 11: Chapter 18 & 19 Review

5. Air that has a relative humidity of 100% is said to be:

A. DryB. StableC. SaturatedD. unstable

Page 12: Chapter 18 & 19 Review

6. Compared to clouds, fogs are:A. A different compositionB. At lower altitudesC. ColderD. thicker

Page 13: Chapter 18 & 19 Review

6. Compared to clouds, fogs are:A. A different compositionB. At lower altitudesC. ColderD. thicker

Page 14: Chapter 18 & 19 Review

7. Which of the following clouds are high, white, and thin

A. CirrusB. NimbostratusC. CumulusD. stratus

Page 15: Chapter 18 & 19 Review

7. Which of the following clouds are high, white, and thin

A. CirrusB. NimbostratusC. CumulusD. stratus

Page 16: Chapter 18 & 19 Review

8. Which of the following words means “rainy cloud”

A. CirrusB. NimbusC. CumulusD. stratus

Page 17: Chapter 18 & 19 Review

8. Which of the following words means “rainy cloud”

A. CirrusB. NimbusC. CumulusD. stratus

Page 18: Chapter 18 & 19 Review

9. Which of the following substances changes from one state of matter to

another at temperatures and pressures experienced at Earth’s

surface?A. Carbon dioxideB. NitrogenC. OxygenD. Water

Page 19: Chapter 18 & 19 Review

9. Which of the following substances changes from one state of matter to

another at temperatures and pressures experienced at Earth’s

surface?A. Carbon dioxideB. NitrogenC. OxygenD. Water

Page 20: Chapter 18 & 19 Review

10. Which of the following forms when supercooled raindrops freeze on

contact with solid objects near Earth’s surface?

A. GlazeB. SleetC. HailD. Snow

Page 21: Chapter 18 & 19 Review

10. Which of the following forms when supercooled raindrops freeze on

contact with solid objects near Earth’s surface?

A. GlazeB. SleetC. HailD. Snow

Page 22: Chapter 18 & 19 Review

11. Which of the following sources of cloud formation comes from mountains pushing air up

A. Orographic liftingB. Frontal wedgingC. ConvergenceD. Localized convective lifting

Page 23: Chapter 18 & 19 Review

11. Which of the following sources of cloud formation comes from mountains pushing air up

A. Orographic liftingB. Frontal wedgingC. ConvergenceD. Localized convective lifting

Page 24: Chapter 18 & 19 Review

12. Clouds that are middle latitude clouds have this word included:

A. StratusB. AltoC. CumulusD. nimbo

Page 25: Chapter 18 & 19 Review

12. Clouds that are middle latitude clouds have this word included:

A. StratusB. AltoC. CumulusD. nimbo

Page 26: Chapter 18 & 19 Review

13. What happens to air when it is compressed?

A. Gets biggerB. Gets smallerC. CoolsD. Warms

Page 27: Chapter 18 & 19 Review

13. What happens to air when it is compressed?

A. Gets biggerB. Gets smallerC. CoolsD. Warms

Page 28: Chapter 18 & 19 Review

14. The rate of change of air temperature with height is called

A. Dry adiabatic rateB. Rate of changeC. Wet adiabatic rateD. Environmental lapse rate

Page 29: Chapter 18 & 19 Review

14. The rate of change of air temperature with height is called

A. Dry adiabatic rateB. Rate of changeC. Wet adiabatic rateD. Environmental lapse rate

Page 30: Chapter 18 & 19 Review

15. Hail is produced by these types of clouds:

A. CumulostratusB. CumulonimbusC. AltonimbusD. cirrus

Page 31: Chapter 18 & 19 Review

15. Hail is produced by these types of clouds:

A. CumulostratusB. CumulonimbusC. AltonimbusD. cirrus

Page 32: Chapter 18 & 19 Review

16. The force exerted by the air above is called:

A. Air pressureB. ConvergenceC. DivergenceD. The Coriolis effect

Page 33: Chapter 18 & 19 Review

16. The force exerted by the air above is called:

A. Air pressureB. ConvergenceC. DivergenceD. The Coriolis effect

Page 34: Chapter 18 & 19 Review

17. What are centers of low pressure called?

A. Air massesB. CyclonesC. AnticyclonesD. Jet streams

Page 35: Chapter 18 & 19 Review

17. What are centers of low pressure called?

A. Air massesB. CyclonesC. AnticyclonesD. Jet streams

Page 36: Chapter 18 & 19 Review

18. Variations in air pressure from place to place are the principal cause of:

A. CloudsB. HailC. LowsD. Winds

Page 37: Chapter 18 & 19 Review

18. Variations in air pressure from place to place are the principal cause of:

A. CloudsB. HailC. LowsD. Winds

Page 38: Chapter 18 & 19 Review

19. Which of the following devices measures air pressure?

A. PsychrometerB. HygrometerC. AnemometerD. Barometer

Page 39: Chapter 18 & 19 Review

19. Which of the following devices measures air pressure?

A. PsychrometerB. HygrometerC. AnemometerD. Barometer

Page 40: Chapter 18 & 19 Review

20. Which of the following measures wind speed?

A. PsychrometerB. HygrometerC. AnemometerD. Barometer

Page 41: Chapter 18 & 19 Review

20. Which of the following measures wind speed?

A. PsychrometerB. HygrometerC. AnemometerD. Barometer

Page 42: Chapter 18 & 19 Review

21. Weak pressure and light winds are indicated by:

A. Closely spaced isobarsB. Widely spaced isobarsC. Closely spaced isothermsD. Widely spaced isotherms

Page 43: Chapter 18 & 19 Review

21. Weak pressure and light winds are indicated by:

A. Closely spaced isobarsB. Widely spaced isobarsC. Closely spaced isothermsD. Widely spaced isotherms

Page 44: Chapter 18 & 19 Review

22. Which of the following is NOT a major factor that controls wind:

A. Coriolis EffectB. TemperatureC. Friction D. Pressure differences

Page 45: Chapter 18 & 19 Review

22. Which of the following is NOT a major factor that controls wind:

A. Coriolis EffectB. TemperatureC. Friction D. Pressure differences

Page 46: Chapter 18 & 19 Review

23. High altitude, high velocity winds are called:

A. Cyclonic currentsB. IsobarsC. Jet streamsD. Pressure gradients

Page 47: Chapter 18 & 19 Review

23. High altitude, high velocity winds are called:

A. Cyclonic currentsB. IsobarsC. Jet streamsD. Pressure gradients

Page 48: Chapter 18 & 19 Review

24. Rising air is associated with:

A. Cloud formationB. Clear skiesC. PrecipitationD. Both A & BE. Both A & C

Page 49: Chapter 18 & 19 Review

24. Rising air is associated with:

A. Cloud formationB. Clear skiesC. PrecipitationD. Both A & BE. Both A & C

Page 50: Chapter 18 & 19 Review

25. The wind that blows more often from one direction than any other is called:

A. Majority windB. Westerlies C. Prevailing windD. Widespread wind

Page 51: Chapter 18 & 19 Review

25. The wind that blows more often from one direction than any other is called:

A. Majority windB. Westerlies C. Prevailing windD. Widespread wind

Page 52: Chapter 18 & 19 Review

26. What kind of pressure system creates bad weather?

A. WarmB. ColdC. High D. Low

Page 53: Chapter 18 & 19 Review

26. What kind of pressure system creates bad weather?

A. WarmB. ColdC. High D. Low

Page 54: Chapter 18 & 19 Review

27. Where is the only continuous pressure belt found?

A. Northern Hemisphere subpolar lowB. Southern Hemisphere subpolar lowC. Northern Hemisphere subtropical

lowD. Southern Hemisphere polarE. Tropics

Page 55: Chapter 18 & 19 Review

27. Where is the only continuous pressure belt found?

A. Northern Hemisphere subpolar lowB. Southern Hemisphere subpolar lowC. Northern Hemisphere subtropical

lowD. Southern Hemisphere polarE. Tropics

Page 56: Chapter 18 & 19 Review

28. Which types of clouds look like layers

A. CirrusB. CumulusC. CumulonimbusD. Stratus

Page 57: Chapter 18 & 19 Review

28. Which types of clouds look like layers

A. CirrusB. CumulusC. CumulonimbusD. Stratus

Page 58: Chapter 18 & 19 Review

29. The Coriolis Effect says that moving objects in the Northern Hemisphere are deflect to the

A. LeftB. RightC. BottomD. Top

Page 59: Chapter 18 & 19 Review

29. The Coriolis Effect says that moving objects in the Northern Hemisphere are deflect to the

A. LeftB. RightC. BottomD. Top

Page 60: Chapter 18 & 19 Review

30. What has to happen for condensation to occur?

A. Air has to have a dry adiabatic rateB. Air must be sinkingC. Air must be getting warmerD. Must be saturated

Page 61: Chapter 18 & 19 Review

30. What has to happen for condensation to occur?

A. Air has to have a dry adiabatic rateB. Air must be sinkingC. Air must be getting warmerD. Must be saturated