Question.3429 - Part-1: PLATE TECTONICS LAB : You will become familiar with the basic concepts of plate tectonics theory, and identify the major plate boundaries of planet Earth. You will also learn to calculate the age of the ocean floor using rates of plate movements.
Answer Below:
Part- xxxxx TECTONICS xxx Objectives xxx will xxxxxx familiar xxxx the xxxxx concepts xx plate xxxxxxxxx theory xxx identify xxx major xxxxx boundaries xx planet xxxxx You xxxx also xxxxx to xxxxxxxxx the xxx of xxx ocean xxxxx using xxxxx of xxxxx movements xxxxxxxxxx Among xxx of xxx planets xx our xxxxx System xxxxx is xxxxxx in xxxx its xxxx exterior xxxxxxxxxxx is xxxxxx moving xx response xx heat xxxx from xxx interior xxxxxx lithosphere xx broken xxxx plates xxxxx interact xxxxx their xxxxx boundaries xxxxx plate xxxxxxxxxxxx produce xxxxxxxxxxx as xxxx as xxxxxxxx eruptions xxx tsunami xxx following xxx will xxxxxxxxx learning xx the xxxxxxxxxxxx lecture xxxxxx Feel xxxx to xxxxx to xxxx lecture xxxxxxxx as xxx work xxxxxxx this xxx Requirement xxxxx the xxxxxx posted xx Canvas xxxxxx to xxxxxx Earth xxx to xxxx the xxx file xxxxx Tectonics xxx several xxxxxxxx sentences xx explain xxx the xxxxxxxxxxxx plates xxxx use xxxxx such xx slab-pull xxxxxxxxxx cells xx currents xxx ridge-push xxxxxxxxx to xx understanding xxxxxxxxxxx slab-pull x which xxxxx the xxxx of xxx plate xxxxx creating x downward xxxxx it xx a xxxx dense xxxxxxx crust xxxxxxxxxx the xxxxxxxxxxx plate xxxxxxxx due xx slower xxxxxxxx of xxxxxx rock xx the xxxxxx due xx increased xxxx and xxxxxxx by xxxxxxxx it xxxxxxx a xxxx force xxxxxxxxx in xxxxxxxxxx current xxxxxxxx force xx lithospheric xxxxxx making xxxx move xx varied xxxxxxxxxx lastly xx divergent xxxxxxxxxx where xxx oceanic xxxxx is xxxxxxx the xxxxxx magma xxxxx to xxxx the xxxxxx apart xxxxxxxxxxxx to xxxxx movement xx your xxxx of xxx Physiographic xxxxx of xxx Sea xxxxx below xxx the xxxxx Boundary xxx file xx Canvas xxxx ocean xxxxx feature xxxxxxxxxx a x divergent xxxxxxxx Mid-ocean xxxxxx b xxxxxxxxxx boundary xxxxxxxx trenches x transform xxxxxxxx The xxx Andreas xxxxx If xxx do xxx have x printer xxxxx it xxxxx Pain xxxxxxxxx Words xxxxxxxxxx or xxxx it xxxxx your xxxxxxxxx let xx know xx you xxxxxxxx with xxxx part-or xxxxxx it xxxxx www xxxxxxxxxxx com xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Physiographic xxxxx of xxx Sea xxxxx On xxx handout xxx above xx the xxxxxxxxx a xxx a xxxxx pencil xx highlight xxxxxxxxx boundaries x red xxxxxx for xxxxxxxxxx boundaries xxx a xxxx pencil xxx transform xxxxxxxxxx Be xxxx to xxxxxxxxx the xxx Andreas xxxxx b xxxxx the xxxxx plates xxxx each xxxxx c xxxxx arrows xx each xxxxx to xxxxxxxx its xxxxxxxxx of xxxxxxxx Major xxxxxx North xxxxxxxx Plate xxxxx American xxxxx Eurasian xxxxx African xxxxx Indo-Australian xxxxx Pacific xxxxx Antarctic xxxxx Plate xxxxxxxx Directions xxxxx American xxxxx Moving xxxxxxxx South xxxxxxxx Plate xxxxxx westward xxxxxxxx Plate xxxxxx eastward xxxxxxx Plate xxxxxx northward xxxxxxxxxxxxxxx Plate xxxxxx northward xxxxxxx Plate xxxxxx westward xxxxxxxxx Plate xxxxxx northward xxxxxxxx and xxxxxxxxxx activity xx very xxxxxx around xxx edges xx the xxxxxxx Ocean xxxxx Why x Due xx the xxxxxxxx of x subduction xxxx wherein xxx tectonic xxxxx is xxxxxx beneath xxxxxxx resulting xx the xxxxxxxx of xxxxxxx heat xxx pressure xxxxxxx volcanic xxxxxxxxx and xxxxxxxxxxx - xxxx region xx even xxxxxx the xxxx of xxxx Earthquakes xxx very xxxx along xxx eastern xxxxxx of xxxxx and xxxxx America xxx Since xxxxx regions xxxxxx these xxxxxx are xxxxxxx at xxx edges xx continental xxxxxx wherein xxxxx is xxxxxxxxx stability xxxx compared xx the xxxxxxxxxx although xxxxx will xx earthquakes xx these xxxxxxx the xxxxxxxxx will xx less xxxxxx than xx the xxxxxxx coast xxxxxxx between xxxxxxx and xxxxxxxxxxx plates xxx of xxx Ocean xxxxx Use xxx given xxxxx and xxxxxxxxx of xxxxx movement xx calculate xxx ages xx different xxxxx of xxx ocean xxxxx Please xxxxxx that xxxxx crust xx created xx mid-ocean xxxxxx so xxx age xx rocks xxxxx is xxxxxxxxxxx years xxx a xxxxxxx Ocean xxxxx Calculate xxx ages xx Pacific xxxxx crust xxxx the xxxxxxxxx positions xxxx work xxxx Pacific xxxx to xxx Japan xxxxxx rate xx year xxxxxxxx cm xxxxxxxx r x t xx rate xxxxxxxx time xxxx Pacific xxxx to xxxxxxxx Trench xxxx cm xxxx distance xx equation x d x m xxxx years x Atlantic xxxxx Floor xxxxxxxxx the xxxx of xxxxxxxx Ocean xxxxx from xxx following xxxxxxxxx show xxxx Mid-Atlantic xxxxx southern xxxxxxxxxx to xxxx of xxx continental xxxxx nearest xxxx Frio xxxx cm xxxx distance xx equation x d x Mid-Atlantic xxxxx northern xxxxxxxxxx to xxx edge xx the xxxxxxxxxxx shelf xxxxxxx Cape xxxxxxxx rate xx year xxxxxxxx cm xxxxxxxx r x t xxxxx only xx the xxx ages xxxxx how xxxx ago xxx the xxxxxxxx Ocean xxxxx begin xxxxxxx How xx you xxxx Hint xxxxx about xxx ocean xxxxxx form xxx the xxxxx boundaries xxxxxx the xxxxxxxx Ocean xx any xxxxx on xxx calculation xxxxxxx around xxxxxxx years xxx the xxxxxxxx Ocean xxxxx might xxxx begun xx form xxx it xxxx be xxxxxxxxx because xx ages xx crust xx both xxxxx are xxxxx indicating xxxx they xxxxxxx forming xx the xxxx time xxx you xxx similar xxxxx as xxxxxxxx in xxxxx to xxxxxxxxx the xxx of xxx Pacific xxxxx Basin xxxxxxx Mitigating x logical xxxxxxx to xxxxxxxxx the xxx of xxx Pacific xxxxx is xxxxxxxxxxx due xx the xxxxxxxxxx of xxx basin xxxxxxxxx at xxx center xx the xxxxxxxxxx zone xxx also xx is xxxxxxxxx to xxxxxxxx activityMore Articles From Science
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