How do prevailing winds produce ocean currents? (1 point)
• Tornadoes cause circulation patterns of warm and cool air.
• The angle of Earth's axis causes air movement.
• Earth's rotation causes air movement.
• Heat from the sun causes circulation patterns of warm and cool air.
7 answers
• Earth's rotation causes air movement.
Why do warm ocean currents begin at the equator? (1 point)
• There is a concentration of magma rising at the equator.
• The equator receives more direct and intense sunlight, warming the water.
• Heat rises from the southern pole and is warmest in the middle of the globe.
• The volcanic activity at the equator heats up the water.
• There is a concentration of magma rising at the equator.
• The equator receives more direct and intense sunlight, warming the water.
• Heat rises from the southern pole and is warmest in the middle of the globe.
• The volcanic activity at the equator heats up the water.
• The equator receives more direct and intense sunlight, warming the water.
How are ocean currents in the Northern Hemisphere different from currents in the Southern Hemisphere? (1 point)
• Currents in the Northern Hemisphere tend to move in a clockwise pattern.
Currents in the Northern Hemisphere tend to move in a counterclockwise pattern.
• Currents in the Northern Hemisphere always carry cold water.
• Currents in the Northern Hemisphere always carry warm Water
• Currents in the Northern Hemisphere tend to move in a clockwise pattern.
Currents in the Northern Hemisphere tend to move in a counterclockwise pattern.
• Currents in the Northern Hemisphere always carry cold water.
• Currents in the Northern Hemisphere always carry warm Water
• Currents in the Northern Hemisphere tend to move in a clockwise pattern.
In an El Niño year, trade winds are too weak to send warm currents west. Instead, warm currents travel east into South America. What is the end result of this difference in an El Niño year? (1 point)
• Areas see significant changes in temperature and levels of precipitation.
• Warm water pools toward the west.
• Areas of North America have a colder winter.
• Equatorial winds are particularly strong.
• Areas see significant changes in temperature and levels of precipitation.
• Warm water pools toward the west.
• Areas of North America have a colder winter.
• Equatorial winds are particularly strong.
• Areas see significant changes in temperature and levels of precipitation.