Plate Boundaries and Fault Types

The video tutorial explains how different types of plate boundaries relate to faults and stress. It covers convergent, divergent, and transform boundaries, illustrating how they cause compression, tension, and shear stress, respectively. The tutorial uses clay models to demonstrate these concepts and encourages students to create their own models and share their results.

What materials are suggested for the plate boundary activity?

• Water, brush, and canvas

• Plastic, scissors, and glue

• Sand, ruler, and notebook

• Clay, pencil, and paper

What happens at a convergent plate boundary?

• Plates move apart

• Plates slide past each other

• Plates move together

• Plates remain stationary

Which type of fault is associated with convergent plate boundaries?

• Thrust fault

• Normal fault

• Reverse fault

• Strike-slip fault

What type of stress is experienced at a convergent plate boundary?

• Compression

• Torsion

• Tension

• Shear

What occurs at a divergent plate boundary?

• Plates remain stationary

• Plates move together

• Plates slide past each other

• Plates move apart

Which type of fault is found at divergent plate boundaries?

• Reverse fault

• Normal fault

• Thrust fault

• Strike-slip fault

What type of stress is associated with divergent plate boundaries?

• Compression

• Shear

• Torsion

• Tension

What is the movement pattern at a transform plate boundary?

• Plates move together

• Plates slide past each other

• Plates move apart

• Plates remain stationary

Which type of fault is associated with transform plate boundaries?

• Thrust fault

• Normal fault

• Strike-slip fault

• Reverse fault

What type of stress is experienced at a transform plate boundary?

• Compression

• Shear

• Tension

• Torsion