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PADI Open Water Diver Actual Final Exam | Questions with Correct Verified Solutions | Latest Update

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Pass your PADI Open Water Diver final exam with this actual exam study guide featuring questions and correct verified solutions. Covers scuba equipment (regulator, cylinder, BCD components, weight system, fins, exposure suits: wet suit, dry suit, skin suit), dive physics (buoyancy, pressure, squeeze, equalization, neutral buoyancy in fresh vs salt water), dive physiology (lung overexpansion injuries, decompression sickness DCS, gas narcosis, nitrogen absorption, repetitive dives, no stop limits, surface intervals, altitude diving, flying after diving recommendations 12-18 hours), dive planning (four stages: advance, preparation, last-minute, predive; buddy checks, reserve pressure calculations, ascent procedures, safety stop at 6m/20ft for 3-5 minutes), dive computers (RDP tables, eRDPml, no stop times), underwater navigation (compass use, lubber line, north needle), dive safety (buddy separation procedure, overexertion, currents, waves, surge, entanglement, aquatic life, dive flags Alpha and diver-down), emergency procedures (unresponsive diver rescue, preflowing regulator, signaling devices: mirror, audible), equipment care (cylinder pressure testing every 2-5 years, visual inspection annually), and dive logging requirements. Latest update.

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PADI OPEN WATER DIVER ACTUAL

FINAL EXAM QUESTIONS WITH

CORRECT VERIFIED SOLUTIONS

LATEST UPDATE EXAM




My primary considerations when choosing fins are fit and -

ANSWER>>blade size



Regulator - ANSWER>>delivers breathing air at the surrounding pressure when
you inhale and directs exhaled air into the air



Cylinder - ANSWER>>holds the high-pressure breathing air supplied by your
regulator during the dive



Weight System - ANSWER>>holds lead weight to counteract the positive
buoyancy of your body and some of your equipment, with a mechanism for
dropping some or all the weight in an emergency



The five components that make up a BCD include - ANSWER>>an inflatable
bladder, a cylinder band and harness/jacket, an LPI (low-pressure inflator)
mechanism, an overpressure/quick exhaust valves, and a weight system

Page 1 of 16

,LPI mechanism - ANSWER>>inflates the BCD with air from my scuba
cylinder



Burst disk - ANSWER>>a safety device that relieves accidental overpressure by
releasing air before reaching the pressure at which the cylinder would fail



scuba cylinders require pressure testing _______ and visual inspection

_________ - ANSWER>>every 2-5 years, annually



The most important feature in my weight system is its - ANSWER>>quick
release



Trim means having the right _____ of weight - ANSWER>>distribution



Failure to follow the most important rule in scuba diving can cause serious lung
overexpansion injuries, which in turn can cause paralysis and death -

ANSWER>>true



An object that is neutrally bouyant in fresh water will _____ in salt water -

ANSWER>>float



Underwater objects appear - ANSWER>>larger and/or closer

Page 2 of 16

, Sound travels about 4 times _____ in water than in air, making it difficult to
determine its source - ANSWER>>faster



To move efficiently as a diver, I should move - ANSWER>>slowly and steadily

Trim is important for streamlining because - ANSWER>>poor trim raises or
lowers my feet, causing drag



BCD (buoyancy control device) - ANSWER>>holds your kit together and
allows you to adjust buoyancy throughout the dive



As a newly certified PADI Open Water Diver, I will be trained to dive with
buddy as deep as - ANSWER>>18 metres/60 feet



As you descend in water, the pressure - ANSWER>>increases



A depth change of 10 metres/33 feet causes a pressure change of -

ANSWER>>1 bar/ata (atmosphere)



if you take 6 liters of air from the surface to 20 metres/66 feet, the volume

will be - ANSWER>>2 litres (the density of the air would be three times the
density at the surface)



Page 3 of 16

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