<p>Review Tips/Study Guide</p><p>Know Earth’s Internal Layers and Corresponding Depths (front cover)</p><p>Know all CH. 11 VOCAB</p><p>Know the difference in the types of faults, the rock motions associated with each, and the forces that cause each (TABLES made in class on Wed.---see example on next pg. for help)</p><p>Know the differences in the types of seismic waves and the motions associated with each (TABLES made in class on Wed.---see example on next pg. below for help)</p><p>Know how you and city planners can create safer environments that will prevent death/destruction in case of an EQ</p><p>Know where EQs are most likely to occur (think about class presentations)</p><p>Know the different methods used to measure EQs</p><p>See the website on my wiki</p><p>Do Study Buddies</p><p>Do Chapter Review & Standardized Test Practice Types of Type of Type of Faults Motion Force Normal Surface moves downward Tensional forces in relation to rock below (pull rock apart) the fault surface</p><p>Reverse Rock above the surface is Compression forces forced up and over the rock (squeeze rock) below the fault surface</p><p>Strike-Slip Rocks on either side of the Shear forces fault are moving past each (push rocks past one other without much upward another) or downward movement</p><p>Types of Motion Speed Seismic Associated Waves Primary Cause rock particles to Moves the fastest, first move back and forth in to arrive at a the same direction that the seismograph station wave is traveling</p><p>Secondary Cause rock particles to Medium speed, second move at right angles to the to arrive at a direction of wave travel seismograph station</p><p>Surface Cause rock particles to Slow speed, last to move in a backward, arrive at a rolling motion and a side- seismograph station to-side, swaying motion (combine the effects of P- & S-Waves)</p>