Air Masses and Fronts
Weather Maps
Surface Ocean Currents
Deep Ocean Currents
Pot Luck
100
When multiple different air masses meet each other
A weather front
100
This job studies weather and the sky
A Meteorologist
100
Three factors that effect surface currents
global winds, the Coriolis effect, and continental deflections
100
The two factors that effect deep currents
Density and salinity
100
This means that a element is easily bendable
Ductile
200
A Occluded Front forms
When a warm air mass is caught in between two cold masses
200
A stationary front has this symbol on a weather map
200
Currents would flow this way without the tilt of the planet
Straight
200
The density of water increases
When the salinity levels rise
200
This occurs when water on plants and soil evaporate
Transevaporation
300
This causes thunderstorms and heavy rain
Cold Fronts
300
This air pressure moves counterclockwise
Low air pressure
300
The South Equatorial Current flows towards this continent
South America
300
Deep currents carry what from the poles toward the equator
Cold Water
300
This is a nonmetal and is used for rocket fuel
Oxygen
400
Air moves back in forth in between two things
High pressure or low pressure
400
A warm front is heading towards the city of New York, The weather there becomes this temperature and this humid
Warm and Moist
400
This is moved by Surface Currents
Heat
400
Cold water is less or more dense than warm water
More dense
400
Atoms have these three basic parts
Protons, Neutrons, and Electrons
500
A measures air pressure
Barometer
500
This person invented the field of Meteorology
Aristotle
500
This current is found in the Okhotsk sea
Oyashio Current
500
The deepest and densest water in the ocean is found in this current
Antarctic Bottom Water
500
This kind of energy builds up by speed
Kinetic energy