Describe at least two important ways that the ocean interacts with large-scale atmospheric wind systems.?
What will be the ideal response?
ANSWER: The atmosphere and oceans are both dynamic fluid systems that interact with one another in many complex ways. For example, evaporation of ocean water provides the atmosphere with surplus water that falls as precipitation. The latent heat that is taken up by the water vapor during evaporation goes into the atmosphere during condensation to fuel storms. The storms, in turn, produce winds that blow over the ocean, which causes waves and currents. The currents, in turn, may modify the weather and climate of a region by bringing in vast quantities of warm or cold water.?
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Long Island was formed as a result of the formation of moraines during glaciation
Indicate whether the statement is true or false.
When water vaporizes from a liquid to a gas, the water ________ energy
A) dissipates B) releases C) absorbs D) converts into matter E) stabilizes and releases into solid form
Why do humid tropical regions have only small variations in temperature throughout the year?
A) The canopy of trees in the rain forest shade the ground and reflect light all the time. B) The cloud cover and rain do not allow the temperatures to rise or fall significantly. C) The winds associated with these systems rapidly redistribute the heat. D) The location of this climatic region is limited to an area where the solar radiation does not vary significantly. E) The constant humidity maintains a relatively uniform temperature.
How is nuclear energy produced to generate electricity?
A. Hydrogen and helium are combined in the process of nuclear fusion. B. Uranium decays into two smaller particles, releasing heat in the process. C. Lead is heated until it becomes molten and turns into uranium. D. Large panels collect light from the nuclear-powered Sun.