a. Rubber-mesh. b. Woven-jacket. c. Straight-jacket. d. Curved-jacket.
Choose One a b c d
a. Fire extinguisher hose. b. Garden hose. c. Hard-suction hose. d. None of the above.
a. Natural fiber. b. Synthetic fiber. c. Metal fiber. d. Rubber fiber.
a. 1. b. 2. c. 3. d. B or C
a. The pre-connected hose. b. Any hose available. c. Fire service hose. d. A or B
a. Single layer of braided, rubberized material. b. Several layers of straight, rubberized material. c. Several layers of braided, fibrous material. d. Several layers of braided, rubberized material.
a. True b. False
Choose One a b
a. 1/2 inch. b. 3/4 inch. c. 1 1/2 inch. d. A & C.
a. Soft sleeve hose is used to transfer water during drafting operations. b. Hard suction hose is used to transfer water from hydrant to pumper intake. c. Hard suction hose is used for drafting operations. d. None of the above are true.
a. Application of cold and pressure to set the hose shape. b. Application of heat and pressure to increase smoothness. c. Application of cold and pressure to bond the hose to the outer jacket. d. A & C
a. To resist abrasion. b. To resist cold. c. To resist heat. d. To resist detachment.
a. To connect a pumper to a water source. b. To move large volumes of water at low pressure. c. To control and extinguish fire. d. To transport extinguishing agents from a container to the nozzle.
a. Alternate layers. b. Contains yarn and rubber. c. Covers a rubber liner. d. All of the above.
a. Woven tube. b. Rubber lining. c. Fabric lining. d. Rubber cover.
a. 200 psi. b. 320 psi. c. 400 psi. d. 500 psi.
a. 850 psi. b. 1,000 psi. c. 1,200 psi. d. 1,450 psi.
a. Double-jacket. b. Lined. c. Unlined. d. B & C
a. It is a design flaw. b. It increases heat-resistance. c. It helps to put out the fire. d. It keeps crews from dehydrating.
a. 3/4 inch. b. 1 inch. c. 1 1/4 inch. d. 1 1/2 inch.
a. Calendering. b. Extrusion. c. Expulsion. d. Contrusion.
a. Laying a single line at high pressure. b. Laying several parallel lines. c. Placing pumpers at intervals to boost presssure. d. Using multiple lines and pumpers at intervals.
a. 3 1/2 inch. b. 4 inch. c. 5 inch. d. 5 1/2 inch.
a. Extruding. b. Forging. c. Casting. d. Bonding.
a. Snap. b. Threaded. c. Sexless. d. Round turn.
a. Bonding method. b. Extrusion ring method. c. Tension ring method. d. A & B
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