As the geology on an expedition to a newly discovered, earthlike planet,to located the first permanent settlement in order to avoid an earthquake zone, you considering avoiding a location with: a. a young mountain range along a continental coast.
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Both Deserted In both maps
Answer:
velocity = 7.30 m/sec
23 m depth wave will feel bottom
Explanation:
given data
wavelength = 46 meters
wave period = 6.3 second
to find out
velocity and At what water depth will a deep water wave begin to feel bottom
solution
we get here velocity that is express as
velocity = 
.............1
velocity = 
velocity = 7.30 m/sec
and
wave base = 
× wavelength .................2
wave base = × 46
wave base = 23 m
here water depth more than 23 m will producer will circular wave less than elliptical wave
so 23 m depth wave will feel bottom
The average annual precipitation in these cities are:
Vancouver - 1457 mm
Edmonton - 456
Regina - 390
Toronto - 831
Halifax - 1468
Explanation:
Canada is enormous country, and of course it has large differences when it comes to the precipitation levels across its territory. In general, the closer a region is to the sea, the more precipitation it tends to get, to further a region is in the interior, the lower the precipitation. The exceptions of these rules are the areas in the interior that are around the Great Lakes, and the far north.
The Great Lakes are several enormous lakes which create a lot of humidity in the air, so despite being in the interior, the amount of precipitation is relatively good. The northern part of the country, despite being surrounded by sea, has very low precipitation levels, with the main reason being the polar climate.
This patterns can easily be seen by the five cities on the list. Vancouver and Halifax are located on places that are heavily influenced by the sea, so they have high precipitation levels. Toronto is right next to the Great Lakes and it has medium precipitation levels. Regina and Edmonton are located in the interior, far away from the wet air masses, thus they have relatively low precipitation levels.
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