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Transform Fault Boundary Overview
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Transform Fault Boundary Overview

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Questions and Answers

What type of motion drives transform fault boundaries?

  • Radial expansion
  • Lateral shearing forces (correct)
  • Lateral tension forces
  • Vertical compression
  • Which of the following features is typically absent in transform fault boundaries?

  • Fault lines
  • Shearing forces
  • Earthquake activity
  • Crust creation or destruction (correct)
  • What characterizes a transform fault boundary?

  • Tectonic plates move apart from each other
  • Tectonic plates are created at this boundary
  • Tectonic plates collide forcefully
  • Tectonic plates slide horizontally past one another (correct)
  • Which fault is an example of a continental transform fault?

    <p>San Andreas Fault</p> Signup and view all the answers

    How do ridge-ridge transform faults occur?

    <p>Due to variations in spreading rates of tectonic plates</p> Signup and view all the answers

    Which term describes a location where three tectonic plates meet?

    <p>Triple junction</p> Signup and view all the answers

    What is the primary geological activity associated with transform boundaries?

    <p>Earthquake occurrences</p> Signup and view all the answers

    What connects a mid-ocean ridge to a subduction zone?

    <p>Ridge-trench transform fault</p> Signup and view all the answers

    Which feature marks the transition between offset segments of a mid-ocean ridge?

    <p>Fracture zone</p> Signup and view all the answers

    What is a unique characteristic of transform boundaries compared to other plate boundaries?

    <p>They do not have associated volcanic activity.</p> Signup and view all the answers

    Study Notes

    Transform Fault Boundary

    • Two tectonic plates slide horizontally past one another
    • Also known as a conservative boundary as no crust is created or destroyed
    • Driven by lateral shearing forces
    • Generally vertical, running parallel to plate motion
    • Little to no volcanic activity
    • Known for earthquakes due to stress build-up along fault lines

    Types of Transform Boundaries

    • Oceanic Transform Faults:
      • Associated with mid-ocean ridges
      • Create fracture zones, linear features that mark the transition between offset segments of a mid-ocean ridge
    • Continental Transform Faults:
      • Found on land
      • Create long fault lines, example: San Andreas Fault

    Ridge-Ridge Transform Fault

    • Breaks or offsets that occur along the intersection of two mid-ocean ridges
    • Happen due to variations in the spreading rates of tectonic plates
    • One side of a mid-ocean ridge spreading faster than the other can create a kink or offset where the two ridges meet

    Ridge-Trench Transform Fault

    • Connects a mid-ocean ridge (plates moving apart) to a subduction zone (one plate sliding beneath another)
    • Acts as a transition zone between these two different types of plate boundaries

    Triple Junction

    • Where three tectonic plates meet
    • At least one transform fault is present

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    Description

    This quiz covers the key concepts of transform fault boundaries, including their characteristics, types, and specific features like ridge-ridge transforms. Understand how tectonic plates interact at these boundaries and the implications for earthquakes and geological structures.

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