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Biology 7 Online
OpenStudy (watermelon_talk):

Where are there only cold deep currents? A. B and C B. A and D C. A and B D. C and D

OpenStudy (watermelon_talk):

OpenStudy (anonymous):

hang on

OpenStudy (anonymous):

are the red the deep currents or are the blue?

OpenStudy (watermelon_talk):

I have no idea. That's why i'm asking for help

OpenStudy (anonymous):

okay give me a minute.

OpenStudy (anonymous):

this will help.

OpenStudy (anonymous):

http://oceanservice.noaa.gov/facts/coldocean.html

OpenStudy (anonymous):

it s the answer.

OpenStudy (anonymous):

is

OpenStudy (watermelon_talk):

i read what you told me i still dont understand

OpenStudy (anonymous):

okay

OpenStudy (anonymous):

Not a or d

OpenStudy (anonymous):

A. B and C D. C and D Are the only ones left.

OpenStudy (anonymous):

Its A, b and c

OpenStudy (unklerhaukus):

In warm water, the particles have more energy and move faster. This means more collisions (repulsive) occur between particles, and hence a particular mass of warm water has a larger volume than cold water. This results in warm water being less dense that cold water. The less dense, warm waters float to the top, whereas cold waters sink.

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