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If a deep-ocean trench is located adjacent to a continent, active volcanoes.
No. That title likely goes to the Appalachians, which are about 200 million years older than the Rockies.
Upslope Fog. The fog is brought from a lower elevation in the east to a higher elevation in the Rockies. This type of fog forms at all of the mountain ranges in North America.
Aa and pahoehoe lavas are both basaltic in composition. The lava from composite volcanoes is likely to be granitic.
weathering and erosion most likely affect a mountain overtime by making the mountain shorter.
Active volcanoes and dormant volcanoes both have a likely chance to erupt and have erupted in the past.
Active mountain belts are most likely to be found where on the continents
Volcanoes are most likely to form at the edges of the tectonic plates.
mid-ocean ridge
Hawaii Hawaii was formed from a volcano that grew from deep on the ocean's floor. If it was on land it would be several times higher than the tallest mountain.
sea floor spreading
Active volcanoes are likely to erupt at any time where as inactive volcanoes are 'asleep' or haven't erupted much in the past and are unlikely to erupt in the near future.
Arabian plate and Eurasian plate.
Arabian Plate and Eurasian plate
Along the margins of continents
Active volcanoes: are those that erupted lava,gases ,cinder,pumice,etc in the historic pass.Eg: Mt.St.Helena Dormant volcanoes: are those which erupted in the past and are likely to erupt again after remeaining inactive for fairly long periods. These are "sleeping" volcanoes which may become active once again. eg: Mt.vesuvius.Extinct volcanoes: are those volcanoes which were active in the remote geological periods. Eg: Mt.Kenya
If a deep-ocean trench is located adjacent to a continent, active volcanoes.