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Water in oceans lakes rivers and streams?
moderates changes in temperature on the surface
Moderates changes in temperature on the surface?
water in oceans, lakes, rivers and streams
What is the temperature of the gulf streams?
The temp. is 20˚F (11˚C) ☺️
How do jet streams winds change throughout the season?
Jet stream winds vary seasonally due to the changing temperature gradients between the equator and the poles. In the winter, stronger temperature contrasts result in stronger and faster jet streams at lower latitudes. In the summer, the weaker temperature gradient leads to weaker and more meandering jet streams that tend to move farther north.
If the temperature increases in the water of lakes and streams would land pollution occur?
cool
What does large temperature gradient at high altitudes of the atmosphere cause?
Polar jet streams
What a large temperature gradient at high altitude of the atmosphere cause?
Polar jet streams
If the temperature increases in the water of lakes and streams then what type of pollution may occur?
thermal pollution
Jet streams are associated with fronts because of the?
Jet streams are associated with fronts because they form along the boundaries between air masses with different temperatures and densities. The strong gradient in temperature and pressure across fronts can create intense winds aloft, which contribute to the formation and intensification of jet streams. This interaction helps to generate the fast-moving, narrow bands of air known as jet streams.
What has the author W H Goines written?
W. H. Goines has written: 'Temperature of Texas streams' -- subject(s): Rivers, Water temperature
What are the streams of molten lava spilled out of a volcano called?
Streams of molten lava out of a volcano are called 'lava flows'.
Fast moving currents of air found near the top of the troposphere are called?
Jet streams. They are high altitude bands of fast-moving air that flow from west to east in the upper troposphere and lower stratosphere. Jet streams are driven by a combination of temperature gradients, the Earth's rotation, and atmospheric pressure differences.
