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CMSP Emergency Response & Mine Rescue Flashcards

6 cards from real CMSP practice questions. Tap to flip, then mark Knew It or Still Learning โ€” missed cards come back until you master them.

Read the first 6 CMSP Emergency Response & Mine Rescue flashcards as text
  1. What is the primary function of 'brattice' cloth used during mine rescue operations?

    Answer: Controlling and directing ventilation airflow

    Brattice cloth is used to construct temporary ventilation partitions that direct fresh air to areas where miners or rescue teams are working.

  2. The command post established during a mine emergency is primarily responsible for:

    Answer: Coordinating all rescue and recovery activities

    The command post serves as the central hub for coordinating all rescue activities, communications, and resource management during a mine emergency.

  3. What is the purpose of constructing a 'seal' during mine rescue and recovery operations?

    Answer: Isolating a mine area to control hazardous atmospheres

    Mine seals are permanent or temporary structures built to isolate abandoned or hazardous mine sections and prevent gas migration.

  4. During a mine fire, which priority sequence correctly describes the general firefighting approach?

    Answer: Direct attack first, indirect attack if necessary, then seal as last resort

    Mine firefighting doctrine prioritizes direct attack, escalating to indirect methods, and finally sealing only when the fire cannot otherwise be controlled.

  5. Which agency administers the National Mine Rescue, First Aid, and Mine Safety and Health Contest in the United States?

    Answer: MSHA

    MSHA administers the national mine rescue contest to promote and test mine rescue team preparedness across the industry.

  6. What is the standard incremental advance distance mine rescue teams use when entering a mine after an explosion or fire to assess changing conditions?

    Answer: 100 feet

    Mine rescue teams typically advance in 100-foot increments, stopping after each advance to assess atmospheric and structural conditions.