Boundaries
Plate Tectonics
Earthquakes
How We Study
Faults
100

large pieces of Earth on magma that shift and move with convection currents in the magma

crustal plates

100

super continent that was the origins of our current continents

Pangea

100

device used to measure earthquakes

seismograph

100

Given information that we can use to develop ideas and to solve

situation

100

location where faults are located

plate boundaries

200
Convergent Boundary
What type of boundary is it when crust destroyed?
200
Crust
What is another name for lithosphere?
200

center of an earthquake on the surface

epicenter

200

Examining a problem from all sides using facts to support a possible solution

critical thinking

200

fault formed at a divergent plate boundary

normal

300
Divergent Boundary
What type of boundary is it when new crust forms?
300

area where plates collide.

plate boundary

300

waves used to measure an earthquake

S waves and P waves

300

what we do with a chosen solution to collect data if it will work or not

test solution

300

fault formed at a convergent plate boundary

reverse fault

400
Transform Boundary
What type of boundary is it when two plates slide past each other?
400

convection Currents

What causes plates to move?

400

center of an earthquake

focus

400

steps of the engineering design cycle

situation

research

develop solutions

choose solution

test solution

evaluation

400

fault formed at a transformational plate boundary

strike slip fault

500
Convergent, Divergent, Transform Boundaries
What are the three types of boundaries?
500

theory to explain how crustal plates shift

What are plate tectonics?

500

Waves that cause the side to side shake that causes most damage

S waves

500

types of questions we can answer when we critically think

understanding

application

analysis

evaluation

creation

500

The San Andreas fault is a

strike slip fault