A cross section of the ocean from its surface to the seafloor shows

A) less dense, colder water overlying less dense, warmer water.
B) more dense, warm water overlying less dense, colder water.
C) less dense, warmer water overlying denser, colder water.
D) more dense, warmer water overlying denser, colder water.


C) less dense, warmer water overlying denser, colder water.

Environmental & Atmospheric Sciences

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In the 1970s, sources of CFC pollution in the U.S. included all of the following EXCEPT ________

A) air conditioners B) refrigerators C) polystyrene manufacturing plants D) coal-burning power plants E) aerosol spray cans

Environmental & Atmospheric Sciences

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

Environmental & Atmospheric Sciences

What Alabama city became a major steel producer during the New South era?

a. Huntsville b. Birmingham c. Mobile d. Montgomer

Environmental & Atmospheric Sciences

Suppose a stratovolcano undergoes several weeks of intense activity. What happens to the level of seismicity immediately after the eruption?

A. Seismicity increases B. Seismicity stays the same C. Seismicity decreases

Environmental & Atmospheric Sciences