Procedure: The procedures are listed in your virtual lab. You do not need to repeat them here. Please be sure to identify the test variable (independent variable), outcome variable (dependent variable).
Reminder: Test variable = the item you are changing or manipulating; Outcome variable = the item you are measuring
Test variable (independent variable):
Outcome variable (dependent variable):

Data:
Record the data from each location below.
Location Name
Boundary Type
(C=Convergent, D=Divergent, or T=Transform)
Year Observed
(5, 10, or 20 million years)
Geologic Events Observed
(earthquakes, faults, ocean formation, mountains, volcanoes, island chains, seafloor spreading)
Location One
Himalayas

5
Event 1-
20
Event 2-
Location Two
East Africa

5
Event 1-
10
Event 2-
20
Event 3-
Location Three
San Andreas fault zone

5
Event 1-
10
Event 2-
20
Event 3-
Location Four
Aleutian Islands

5
Event 1-
20
Event 2-
Location Five
Mid-Atlantic Ridge

5
Event 1-
10
Event 2-
20
Event 3-
Location Six
Alpine Fault

5
Event 1-
20
Event 2-

Objective(s):  

In your own words, what was the purpose of this lab?  

The purpose of this Lab is to explore the movement of the tectonic plates in different environments

Hypothesis:

In this section, please include the if/then statements you developed during your lab activity for each location on the map. These statements reflect your predicted outcomes for the experiment.

Location One is Himalayas: If two continental plates move towards each other at a convergent boundary, then earthquakes and faults might occur.

earthquakes .

faults .

ocean formation  

mountains

volcanoes

island chains  

seafloor spreading

Location Two is East Africa Rift: If two continental plates move away from each other at a divergent boundary, then seafloor spreading, faults, and ocean formation may occur.

earthquakes  

faults.

ocean formation.  

mountains

volcanoes

island chains  

seafloor spreading

Location three is San Andreas Fault Zone: If two continental plates slide paste achieved other at a transform boundary, then earthquakes,mountains,and volcanoes may occur

earthquakes.

faults  

ocean formation  

mountains.

volcanoes.

island chains  

seafloor spreading

Location four is Aleutian islands: If two continental plates move towards each other at a convergent boundary, the faults and volcanoes may occur.

earthquakes.

faults  

ocean formation  

mountains.

volcanoes.

island chains  

seafloor spreading

Location five is Mid-Atlantic Ridge: If two oceanic plates move away from each other at a divergent boundary, then earthquakes,volcanoes, and seafloor spreading may occur  

earthquakes  

faults  

ocean formation  

mountains

volcanoes

island chains  

seafloor spreading

Location Six is Alpine Fault: If two oceanic plates slide past each other at a transform boundary, then earthquakes and volcanoes may occur.

earthquakes  

faults  

ocean formation  

mountains

volcanoes

island chains  

seafloor spreading

Explanation:

that is all i have

The procedures are listed in your virtual lab. You do not need to repeat them here. Please be sure to identify the test variable (independent variable), outcome variable (dependent variable).

Reminder: Test variable = the item you are changing or manipulating; Outcome variable = the item you are measuring

Test variable (independent variable):

Outcome variable (dependent variable):

Data:

Record the data from each location below.

Location NameBoundary Type

(C=Convergent, D=Divergent, or T=Transform)Year Observed

(5, 10, or 20 million years)Geologic Events Observed

(earthquakes, faults, ocean formation, mountains, volcanoes, island chains, seafloor spreading)

Location One

Himalayas  5Event 1-

20Event 2-

Location Two

East Africa  5Event 1-

10Event 2-

20Event 3-

Location Three

San Andreas fault zone  5Event 1-

10Event 2-

20Event 3-

Location Four

Aleutian Islands  5Event 1-

20Event 2-

Location Five

Mid-Atlantic Ridge  5Event 1-

10Event 2-

20Event 3-

Location Six

Alpine Fault  5Event 1-

20Event 2-

Explanation:

hope this helped :)

clumped distribution, because you'de have all of the population gathered in a relatively small are.

it's the most common because it provides protection and a mate for reproduction

example: humans, seeweed, cattles, etc.