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24-25 S6 Geography 2nd Term Exam Revision

Total questions: 50

Worksheet time: 37mins

Name
Class
Date
1.

Moisture transfer from plants to the atmosphere is called (a)   .

2.

Evaporation and transpiration are collectively known as

(a)  

3.

There are two conditions required for evaporation to occur:

a)

availability of energy and water

b)

the air above the water bodies is not saturated

c)

the air above the water bodies is saturated

d)

availability of oxygen and carbon dioxide in the air

4.

___________________ is the amount of water vapour held in the atmosphere. It can be expressed in grams of water vapour per cubic metre of air.

a)

Relative humidity

b)

humidity

c)

humid

5.

Relative humidity is the ratio of the actual amount of water vapor in the air in relation to the maximum water-holding capacity of the air at a certain air temperature. It is expressed as ______________.

a)

g/m3

b)

%

c)

g/m

d)

ml

6.

The state at which the relative humidity of air reaches 100%.

a)

Dew point

b)

Condensation

c)

Saturation

d)

Full humidity

7.

The air temperature at which saturation occurs.

a)

Dew point

b)

Condensation level

c)

Saturation point

d)

Saturation level

8.

The change of water from a gas state to a liquid state.

a)

Evaporation

b)

Transpiration

c)

Condensation

d)

Precipitation

9.

Tiny particles on which water vapour condenses is called...

a)

dead skin cells

b)

head skin

c)

dust

d)

condensation nuclei

10.

The altitude at which condensation occurs is called...

a)

condensation point

b)

condensation level

c)

dew point

d)

dew level

11.

As the temperature rises, the maximum amount of water vapour air can hold _______________.

a)

increases

b)

decreases

12.

When air cools, its water-holding capacity decreases. This means its relative humidity ____________.

a)

drops

b)

rises

13.

When the relative humidity of air reaches 100%, the air cannot hold all the water vapour it contains. _____________ occurs.

a)

precipitation

b)

condensation

c)

evaporation

d)

runoff

14.

Air temperature and the maximum amount of water vapor that air can hold has a ____________ relationship.

a)

positive

b)

negative

15.

Calculate the relative humidity of the air at 30C (with a max. water holding capacity of 28g/m3) if it holds 10g/m3 of water vapor at this moment:

a)

35.7%

b)

53.7%

c)

28%

d)

30%

16.

Which of the following features can be found in the thermosphere?

a)

Ozone layer

b)

Weather balloon

c)

Satellites

d)

Aurora

17.

Which of the following atmospheric layer refers to outer space?

a)

Exosphere

b)

Stratosphere

c)

Mesosphere

d)

Thermosphere

e)

Ionosphere

18.

Difference in air pressure divided by distance = pressure (a)   .

19.

Air pressure of location A: 1028 hpa

Air pressure of location B: 1004 hpa

Distance of AB measured by ruler: 2.4cm

Scale: 1 cm is to 20km

Find the pressure gradient along AB:

a)

1.8 hpa/km

b)

0.5 hpa/km

c)

2 hpa/km

d)

5.0 hpa/km

20.

T/F : The earth rotates on its axis from west to east.

a)

True

b)

False

21.

The force that causes the deflection of winds is (a)   force.

22.

The global wind system is called the (a)   wind system.

23.

T/F: Trade winds blow from subtropical low to the equatorial high.

a)

True

b)

False

24.

T/F: Westerlies are south-westerlies in the Northern Hemisphere and north-westerlies in the Southern Hemisphere.

a)

True

b)

False

25.

The two major boundaries where winds converge and rise are:

a)

Subtropical region

b)

Intertropical convergence zone

c)

Polar front

d)

Polar region

26.

Which of the following wind cells can be found between 30 and 60 degrees north and south?

a)

Hadley cell

b)

Ferrel cell

c)

Polar cell

d)

Subpolar cell

27.

__________________ occurs when the layer of freezing air is so thin that the raindrops do not have enough time to freeze before reaching the ground. Instead, the water freezes on contact with the surface, creating a coating of ice on whatever the raindrops contact.

a)

Sleet

b)

Snow

c)

Freezing rain

d)

Drizzle

28.

To an observer in the Southern Hemisphere, the earth seems to rotate in ______________ direction.

a)

clockwise

b)

anticlockwise

29.

_______________ is a line on a map connecting points having the same atmospheric pressure at a given time or on average over a given period.

a)

isotherm

b)

isobar

c)

contour line

30.

Which of the following conditions are necessary for the formation of hailstones?

a)

High atmospheric pressure

b)

Low humidity levels

c)

Freezing air temperature during winter

d)

Updrafts in thunderstorms

e)

Strong convection currents in the cumulonimbus cloud

31.

The process by which water vapor turns into liquid water is known as...

a)

Precipitation

b)

Transpiration

c)

Condensation

d)

Evaporation

32.

What phenomenon occurs when warm air rises and cools, leading to cloud formation?

a)

Advection

b)

Convection

c)

Conduction

d)

Radiation

33.

Which of the following phenomena is characterized by tiny water droplets suspended in the air, reducing visibility but not reaching the ground?

a)

Virga

b)

Mist

c)

Dew

d)

frost

34.

What is the primary difference between sleet and freezing rain?

a)

Sleet occurs at higher temperatures than freezing rain.

b)

There is no difference; they are the same phenomenon.

c)

Sleet forms as ice pellets, while freezing rain forms as liquid that freezes on contact.

d)

Freezing rain is a type of sleet.

35.

Which of the following best describes virga?

a)

Rain that evaporates before reaching the ground.

b)

A type of fog that forms over water bodies.

c)

Frozen precipitation that falls to the ground.

d)

Water droplets that condense on surfaces.

36.

Which form of precipitation is this?

a)

Snow

b)

Virga

c)

Sleet

d)

Frost

37.

Which form of condensation is this?

a)

Mist

b)

Frost

c)

Sleet

d)

Dew

38.

A mixture of snowflakes and rain is known as (a)   .

39.

Droplets of water with a diameter of about 0.2-0.5mm is known as (a)   .

40.

Rounded pellets or irregular lumps of ice formed by the growth of successive layers of ice is known as (a)   .

41.

Most meteoroids that enter the Earth's atmosphere burn up in the ______________ due to the high density of air at this altitude, preventing them from reaching the surface. This protects the Earth from potential impacts.

a)

Troposphere

b)

Stratosphere

c)

Mesosphere

d)

Thermosphere

e)

Exosphere

42.

As ice pellets collide with _________ water, the water freezes around each pellet, causing the hailstone to grow.

a)

supercooled

b)

warm

c)

cool

d)

boiling

43.

The size of hailstones is influenced by several factors, including: (Select the BEST TWO correct answers)

a)

Updraft Strength

b)

Moisture Availability

c)

Population density

d)

Urban Planning

44.

Which one of the following atmospheric ingredients is not necessary for the growth of hail?

a)

Calm weather with no wind

b)

warm rising air

c)

humid air

d)

unstable air mass

45.

  1. Convective thunderstorms: Hail forms in strong, towering (a)   clouds that develop during convective activity. In spring and early summer, warm, moist air from the South China Sea interacts with cold air masses from the north, creating the instability needed for thunderstorms.

46.

  1. Macau's subtropical monsoon climate can generate strong _____________ in the atmosphere during thunderstorms. The _____________ lift water droplets into the colder parts of the cloud, where they freeze and form hailstones.



(a)  

47.

Hailstorms can occur in Macau, but they are rare and most likely during __________or___________ due to atmospheric instability and convective activity. The necessary conditions include strong thunderstorms with significant updrafts and a temperature contrast between the surface and upper atmosphere.

a)

spring season

b)

winter season

c)

fall/ autumn season

d)

summer season

48.

The Coriolis force deflects winds to the right of their path of movement in the (a)   hemisphere.

49.

When air converges near the earth's surface, air _______. The density of air becomes ________ near the earth's surface. This reduces the pressing force of the air there. Air pressure thus decreases.

a)

rises ; higher

b)

rises ; lower

c)

sinks ; higher

d)

sinks ; lower

50.

Select all forms of condensation:

a)

dew

b)

drizzle

c)

virga

d)

rime / frost

e)

mist / fog