Earth's Interior
This is the outermost layer of Earth's interior
This layer of the atmosphere has the largest concentration of water vapor
The Troposphere
Density is calculated by dividing these two variables
Mass and Volume
The variable on the x-axis
Independent Variable
The rigid outer layer of the Earth
The Lithosphere
The inner and outer core are composed of these two materials
Iron and Nickel
This layer of the atmosphere is located between 17-35km and contains the ozone layer
The Stratosphere
It is the density of water
1.0 g/ml OR 1.0 g/cm3
The variable on the y-axis
The hydrosphere covers this percentage of Earth's surface
~70%
This is the temperature at the boundary between the Stiffer Mantle and the Outer Core
5,000 degrees Celsius
This element makes up the largest percentage of the Troposphere
Nitrogen (78%)
The densest layer of the atmosphere
The Troposphere
The relationship shown on the following graph
Direct Relationship
This element makes up 66% of the hydrosphere by volume
Hydrogen
A pressure of 3 million atmospheres exists within this layer of the Earth
Outer Core
Temperature decreases with increasing altitude in these two atmospheric layers
Troposphere and Mesosphere
The densest layer of Earth's Interior
Inner Core (12.8-13.1)
As depth inside Earth increases, the pressure inside the Earth does this
Increases
This element is the most abundant in the lithosphere
Oxygen
A temperature of 4,000 degrees Celsius exists within this layer of the Earth
Stiffer Mantle
This temperature exists 50km above Earth's surface at the Stratopause
0 degrees Celsius
Mass = 75g
Volume = 15 cm3
Density = ?
Density = 5 g/cm3
This temperature exists 80km above Earth's surface
-90 degrees Celsius
These three greenhouse gases are the primary cause of global warming
Carbon Dioxide, Methane, and Water Vapor