Earthquakes/Seismic Waves
Magnetic Reversal
Plate Motion
Layers of the Earth
Continental Drift
100

The place that earthquakes occur

Edge of tectonic plates and faults in the crust

100

The type of pattern of a magnetic field reversal

Random

100

The plates that move away from eachother

Divergent boundary

100

The largest layer of the earth

Mantle

100

The super continent that existed before the continents we have today

Pangea

200

The wave that travels in a straight line and can pass through all matter

P-waves

200

The way history show magnetic reversal on the sea floor

Symmetrical on the sides of the mid-ocean ridge

200

The plates that move towards each other

Convergent boundary

200

The least dense layer

The crust
200

Evidence to why Pangaea is real based on continent shape

South America and Africa have coastlines that match
300

The wave that travels in a squiggly line and can not pass through liquids

S-waves

300

The last time earth's magnetic field was reversed

1 million years ago

300

The plates that slide past eachother

Transform Boundary

300

The hottest layer inside of the earth

Inner core

300

The reason Pangaea split apart

Plate movement

400

The place above Earth's surface where an earthquake starts

The epicenter

400

The way a normal magnetic field is attracted

North

400

Plate movement that doesn't construct or destruct

Transform Boundary

400
What Earth's interiors uses as heat

Radioactive decay

400

Resources found that prove Pangaea existed

Rocks, glaciers, and fossils

500

The point inside Earth where an earthquake begins

The focus

500

The way a reversed magnetic field is attracted

South

500

Effect of a transform boundary

Earthquakes

500

The state of matter of the inner core

Solid

500

The reason Pangaea is important

It allowed us to develop the theory for continental drift

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