The layers will be denser as you move from the crust to the inner core.
The density are as the following:
crust (2.55 g/cm³)
upper mantle (3.9 g/cm³)
lower mantle (5 g/cm³)
outer core (11.05 g/cm³)
inner core (12.95 g/cm³)
Thus we can also see that the inner core is the densest layer.
Hope it helps!
The area surrounding big bear lake accurately described by the statements: Cretaceous or Jurassic quartz monozite is found to the west of the lake, Well-dissected alluvial fan deposits are found to the east of the lake, Many faults are found to the north and east of the lake.
Option: A,B &D
Explanation:
According to the gelogical time period Cretaceous and Jurassic period belong to Mesozoic era. Big bear lake was formed during that time. So the mineral quartz, monozite sand found in the west of the lake.
Alluvial fan is formed by the river in its lower course when velocity goes down and all the transported sediments deposited in the foothill zone forms fan shaped land feature known as alluvial fan.Many faults that created by tensional force on the earth's crust found to the north and east of the lake.
Answer:
surfaces of uniform composition
Explanation:
- Air Mass is a volume of air characterized by temperature and water vapor content and stretched for 100 kilometers.
- Classified according to the latitude and the source regions, like cold air mass found in cooler polar regions and warm masses form over the hotter and drier regions of continents and maritime air mass are found at the seas and oceanic masses.
- As air mass differs based on there densities they have humid and temperature conditions and can be modified in various ways, an increase or decrease of temperature is also affected by the large scale environmental conditions.
