Exam 1 Part 2

A  Dwarf then Protostar then Main sequnce then Giant then Novae/Supernovae

B  Novae/Supernovae then Dwarf then Protostar then Main sequnce then Giant

C  Protostar then Main sequnce then Giant then Novae then Dwarf.

D  Novae/Supernovae then Protostar then Dwarf then Main sequnce then Giant

E  Dwarf then Main sequnce then Giant then Novae/Supernovae

F  Protostar then Dwarf then Main sequnce then Giant then Novae/Supernovae

A  Because he knew the “glacial debris” was actually a misinterpreted landslide

B  Because geologic evidence supported the existence of tropical swamps in the Northern Hemisphere at the same time as the glaciers existing in the Southern continents

C  Because he just didn’t like the idea

D  Because the glacial debris was localized to a few small mountain valleys

A  by a large impact with Mars

B  away from the Earth and was captured by the Earth’s gravity

C  as part of the Pacific Ocean floor that spiraled out into space

D  at the same time as the Earth as a smaller accreting body

E  a large impact to the Earth

A  differentiation

B  convection

C  accretion

D  conduction

A  It was deposited in an arid environment as sand dunes

B  The rock section was deposited in a river system, perhaps near where the river flows into an ocean

C  The rock section records a relative lowering of sea level

D  The rock section was deposited in the Mesozoic

E  The rock section records a relative raising of sea level

F  It was a glacial environment

A  The heat capacity of water decreases with increasing salinity

B  As salinity increases, evaporation slows

C  As salinity increases, freezing point increases

D  As salinity increases, freezing point decreases

A  faster in water then in air

B  dependant upon the electrical charge of the water

C  slower in water than in air

D  sometimes faster and sometimes slower

A  more readily in cold water than warm water

B  equally well in both warm and cold water

C  more readily in warm water than cold water

D  unpredictably

A  Sand

B  Mud

C  Peeble

A  Turbidites dissolves

B  Stromatolites dissolves

C  Calcite dissolves

A  Passive continental margin

B  Fracture Zone

C  Subduction Zone

A  It will rise

B  it will fall

C  remains the same

A  turbidites

B  halites

C  Subduction Zone

A  River beds

B  turbidites

C  Subduction Zone

A  Red

B  Yellow

C  Blue

D  Orange

E  Green

A  Magma

B  Liquid nitrogen

C  Antifreeze

D  Oil

E  Water

A  green zone

B  life time

C  capillary time

D  red zone

E  calcium compensation depth

F  residence time

A  grain size

B  origin

C  mineral percent

D  weight

E  color

A  volume

B  size

C  density

D  weight

A  regression

B  transgression

C  isostatic rebound

D  subsidence

A  turbidites

B  halites

C  stromatolites

D  chert

E  pelagic flow

A  changes in temperature

B  increase nutrients from human activity

C  all of these are causes

D  unchecked predation

A  chalk

B  conglomerate

C  halite

D  chert

E  gypsum

F  limestone

A  breccia, siltstone, conglomerate

B  sandstone, conglomerate, siltstone

C  conglomerate, sandstone, siltstone

D  sandstone, siltstone, breccia

E  siltstone, sandstone, conglomerate

F  sandstone, siltstone, conglomerate

A  mountainous chain of young, granitic rock

B  an oceanic trench

C  mountainous chain of young, basaltic rock

D  a submarine canyon