WorksheetsWeather: Air Masses and Fronts
Total questions: 56
Worksheet time: 34mins
Which is a warm air mass with low humidity?
What is the temperature for the following station model?
4 ºF
76 ºF
80 ºF
129 ºF
What is the dewpoint for the following station model?
10 ºF
23 ºF
65 ºF
75 ºF
What is the wind direction for the following station model?
north
east
northwest
northeast
What is the wind speed for the following station model?
10 knots
15 knots
20 knots
25 knots
What is the station model code for a barometric pressure of 1019.5 mb?
101
195
019
119
What is the barometric pressure for the following station model?
987 mb
998.7 mb
1098.7 mb
1098 mb
Based on the picture, what direction is the wind blowing?
To the east
From the east
To the South
To the North
Which way is the wind blowing in this scenario?
from the north
toward the north
from the west
toward the west
What is the amount of cloud cover for the following station model?
25%
50%
75%
100%
An air mass is
a large body of air with about the same temperature and humidity throughout
the amount of moisture in the air
a place where two different air masses meet
a cold air mass that bumps against a warm air mass
When air is cold and sinks what kind of pressure system is it?
low pressure system
high pressure system
In which kind of pressure system does warmer air rise bringing wet, cloudy weather?
High pressure system
Low pressure system
What's the humidity and temperature of a continental tropical (cT) air mass?
Wet and cold
Dry and warm
Wet and warm
Dry and cold
What's the humidity and temperature of a maritime tropical (mT) air mass?
Wet and cold
Dry and warm
Wet and warm
Dry and cold
Which type of air would you find at air mass D?
mT
mP
cP
cT
Which type of air would you find at air mass C?
mT
mP
cT
cP
If enough heat is removed from a liquid, it will become a ____________.
solid
gas
tree
cloud
The process of a liquid turning into a solid is called ________.
boiling
condensation
melting
freezing
_____________ is when a gas turns into a liquid.
freezing
condensation
melting
evaporation
