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METEOROLOGY AND NATURAL PURIFICATION PROCESSES

Total questions: 15

Worksheet time: 11mins

Name
Class
Date
1.

An interaction of four elemental properties of atmosphere: heat, pressure, wind and moisture.

a)

SCALES OF MOTION

b)

Lapse Rate

c)

Plume Types

2.

Circulation pattern developed under influence of regional or local topography that occur on scales of hundreds kilometres.

a)

Mesoscale

b)

Microscale

c)

Macroscale

3.

Comes from sun as short-wave radiation in the form of visible light.

a)

Pressure

b)

Heat

c)

Wind

4.

Heat transfer by direct physical contact of air and earth .

a)

Convection

b)

Evaporation-condensation

c)

Conduction

5.

Process initiated by the rising of warm air and the sinking of cold air

a)

Convection Current

b)

Evaporation-condensation

c)

Conduction

6.

Defined as the rate at which air temperature changes with height that varies widely depending on location and time of day

(a)  

7.

Condensation releases latent heat in the parcel, thus the cooling rate of the parcel slows, so called _____.

a)

DRY ADIABATIC LAPSE RATE

b)

WET ADIABATIC LAPSE RATE

c)

LAPSE RATE

8.

It is determined by the temperature difference between an air parcel and the air surrounding

a)

LAPSE RATE

b)

INVERSION

c)

ATMOSPHERIC STABILITY

9.

A condition when the environmental lapse rate is less than the adiabatic lapse rate (cools at less than 9.8°C/1000 m)

a)

STABLE CONDITION

b)

UNSTABLE CONDITION

c)

NEUTRAL CONDITION

10.

It is important as the dividing line between stable and unstable conditions. It is when the environmental lapse rate is the same as the dry adiabatic lapse rate.

a)

UNSTABLE CONDITION

b)

NEUTRAL CONDITION

c)

STABLE CONDITION

11.

It occurs when air temperature increases with altitude.

a)

Inversions

b)

Lapse Rate

c)

Atmospheric Stability

12.

A type of plume where stream of pollutant undergoes rapid mixing.

a)

CONING PLUME

b)

FUMIGATING PLUME

c)

LOOPING PLUME

13.

Related to clear skies, light winds, and stable atm. It reflect the relative uniformity of air masses.

a)

LOW-PRESSURE SYSTEM

b)

HIGH-PRESSURE SYSTEM

c)

NORMAL SYSTEM

14.

It describes the transport and diffusion of a gas (or particle) from a source to a receptor according to stability class and other parameterized characteristics of the atmosphere.

a)

GAUSSIAN DISPERSION

b)

GAUSSIAN INVERSION

c)

GAUSSIAN DIFFUSION

15.

Type of plume created when atmospheric conditions (inversion layer) are stable above the plume and unstable below (superadiabatic).

a)

CONING PLUME

b)

FUMIGATING PLUME

c)

LOOPING PLUME