Fire Apparatus Driver/Operator - Pumper

"C" in the formula FL = CQ2L represents the: - Hose diameter coefficient 1. Available pressure at a discharge point without water flowing 2. The forward velocity of water at the discharge point 3. Pressure caused by the height of a water supply above the discharge point 4. Water pressure in a distribution system during regular consumption 5. Water pressure in a distribution system that is still available when a hydrant is flowing. - 1. Static Pressure 2. Flow Pressure 3. Head Pressure 4. Normal Operating Pressure 5. Residual Pressure A hose has a flow rate of 50 gpm with a friction loss of 2 psi. If the flow rate increases to 200 gpm, then the friction loss will increase to: - 32 psi According to NFPA 1901, discharge pressure relief valve must operate within: - 10 seconds after discharge pressure rises 30 psi above the set level. All of the fo