Problem 6-9 thank you 6. What four factors govern a rock's response to applied stress? a Rate of strain, Temperature, Azimuth, Gradation b. Confinement, Rate of strain, Rock strength, Temperat...
6. What four factors govern a rock's response to applied stress? a Rate of strain, Temperature, Azimuth, Gradation b. Confinement, Rate of strain, Rock strength, Temperature C. Confinement, Rock strength, Gradation, Weathering d. Temperature, Rate of strain, Dimensions, Faulting 7. The drawing below is a strike-slip fault with offset segments. Identify (1), the lateral motion (right or left lateral), and (2), the step-over direction. Would you expect to see a small normal or reverse fault in the step-over section shown by the dotted line? North Step-over section 8. Identify each of the following factors as either a source, path, or site effect a. Fault / Rupture b. Distance between hypocenter and seismograph c. Seismic wave attenuation d. Amplification e. Resonance f. Basin edge focus 9. Can an earthquake's magnitude or intensity vary from place to place? Why?
6. What four factors govern a rock's response to applied stress? a Rate of strain, Temperature, Azimuth, Gradation b. Confinement, Rate of strain, Rock strength, Temperature C. Confinement, Rock strength, Gradation, Weathering d. Temperature, Rate of strain, Dimensions, Faulting 7. The drawing below is a strike-slip fault with offset segments. Identify (1), the lateral motion (right or left lateral), and (2), the step-over direction. Would you expect to see a small normal or reverse fault in the step-over section shown by the dotted line? North Step-over section 8. Identify each of the following factors as either a source, path, or site effect a. Fault / Rupture b. Distance between hypocenter and seismograph c. Seismic wave attenuation d. Amplification e. Resonance f. Basin edge focus 9. Can an earthquake's magnitude or intensity vary from place to place? Why?