Probably the pacific Plate. The permanent hot spots are revealed by chains of volcanic islands. The chain itself reveals the direction the plate is moving.
Removing the TLC plate before the solvent front reaches the top of the plate helps prevent the sample from oversaturating and distorting the spots. It also ensures that the solvent does not evaporate completely, which could cause the stationary phase to dry out and affect separation results.
yes
No. Mars does not have plate tectonics. The volcanoes on Mars are the result of hot spots.
All Volcanoes are formed at weaker spots in the tectonic plates. The weak spots are usually near the edges of plates, and most volcanoes are formed there. Sometimes though, plates move over hot spots, and if a weak area of the plate is over that hot spot, a volcano (shield volcano) might form.
The spots on the TLC plate should be placed about a cm from the bottom of the plate. Then solvent should then fall about half-way between these spots and the bottom of the beaker.
Probably the pacific Plate. The permanent hot spots are revealed by chains of volcanic islands. The chain itself reveals the direction the plate is moving.
Removing the TLC plate before the solvent front reaches the top of the plate helps prevent the sample from oversaturating and distorting the spots. It also ensures that the solvent does not evaporate completely, which could cause the stationary phase to dry out and affect separation results.
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yes
No, Hot Spots can be in the center of plates. An example of a Hot Spot is the Hawaiian Islands.
Mexico One Plate at a Time - 2003 Garden Spots 2-8 was released on: USA: 2004
No. Mars does not have plate tectonics. The volcanoes on Mars are the result of hot spots.
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Hot spots!
North Carolina has no plate bounderies or hot spots.
At interpolate hot spots