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Red Cross Lifeguarding Written Exam study materials
Red Cross Lifeguarding Written Exam study resources

Red Cross Lifeguarding Written Exam practice questions

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Question 1Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a stride jump entry to reach a swimmer in deep water. What is the correct body position at the moment of entry?

  1. Tuck position with knees to chest and arms wrapped around the shins
  2. Head up, one leg forward and one leg back, arms pressing down to keep the head above water Correct answer.
  3. Head down, arms extended overhead, legs together to cut through the surface
  4. Seated position with hips bent and both feet flat, entering feet first

Explanation

The stride jump is designed to keep the rescuer's head above water on entry so the airway stays clear and the rescuer can keep watching the victim. One leg forward and one back with the arms pressing down accomplishes this. Entries that submerge the head or leave the rescuer blind delay the rescue.

Question 2Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which rescue is the first choice for a conscious victim who is close to the pool edge and able to respond?

  1. A submerged-victim rescue
  2. A surface dive to the pool bottom
  3. A reaching assist with an extended arm or rescue tube Correct answer.
  4. A swimming carry from behind

Explanation

The rescue hierarchy favors the simplest, safest technique that keeps the rescuer out of the water: reach, throw, row, then go. A reaching assist keeps the rescuer out of danger and can be performed quickly. Entering the water should be reserved for victims who cannot be reached from the deck.

Question 3Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

During a rescue, the lifeguard approaches a panicked, thrashing victim at the surface. What is the safest initial action?

  1. Swim directly into the victim's arms to grab hold
  2. Stop a safe distance away and extend the rescue tube while speaking calmly Correct answer.
  3. Turn the victim face down and begin a tow immediately
  4. Surface dive beneath the victim and push them upward

Explanation

A panicked victim can climb on and submerge a rescuer, so the rescuer must maintain a safe distance and use equipment to establish control. Speaking calmly and extending the tube lets the victim grasp a flotation aid rather than the rescuer. Contact is made only once the victim has something to hold.

Question 4Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard on the pool deck sees a victim at the surface near the wall who cannot be reached by hand. The lifeguard has a rescue tube. What is the most appropriate move?

  1. Ask the victim to swim to the ladder on their own
  2. Wait for a second lifeguard to arrive before acting
  3. Throw the rescue tube so the victim can grab it and pull them to the wall Correct answer.
  4. Enter the water with a compact jump and swim a carry

Explanation

A throwing assist keeps the rescuer on the deck and out of the water, which is safer and faster than an entry. The tube provides flotation the victim can hold while being drawn to the wall. Only victims who cannot reach or hold the aid require an in-water rescue.

Question 5Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard enters the water to rescue a victim who is submerged in deep water. After bringing the victim to the surface, what should the lifeguard do next?

  1. Swim away to call for help before towing
  2. Release the victim to see if they can float
  3. Perform a surface dive again to check the bottom
  4. Immediately begin a tow toward the nearest exit while checking breathing Correct answer.

Explanation

Once the victim is at the surface, the priority is getting them to safety while assessing responsiveness and breathing. The rescue tube is used to support the victim during the tow. Leaving the victim or delaying the tow wastes critical time.

Question 6Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which technique is used to remove an unconscious victim from the water onto the pool deck when the victim is too heavy for a single rescuer to lift?

  1. The stride jump
  2. The compact jump
  3. The rescue tube tow
  4. The two-person backboard or slide-out method with a second rescuer Correct answer.

Explanation

Extricating an unresponsive victim requires a controlled method that protects the airway and spine, usually a backboard or a slide-out with assistance. Two rescuers share the load and keep the victim's head and neck supported. Tows and entries move rescuers or victims in the water, not out of it.

Question 7Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

When performing a compact jump entry from a height, why does the lifeguard cross the arms over the chest and hold the rescue tube close?

  1. To make the entry splash louder for signaling
  2. To keep the legs straight during the plunge
  3. To keep the tube from flying up and striking the face on entry Correct answer.
  4. To slow the descent so the rescuer can look around

Explanation

The compact jump is used from height, and the tube is held tight against the body with arms crossed so it does not swing up and injure the rescuer on impact. Keeping equipment controlled also allows the rescuer to keep the head above water. The entry should be quick, not slowed.

Question 8Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A victim is conscious but exhausted at the surface in deep water. The lifeguard approaches from behind and establishes a rear hold. What is the main advantage of this position?

  1. It lets the victim see the rescuer's face
  2. It allows the rescuer to swim faster
  3. It prevents the victim from grabbing the rescuer's arms or neck Correct answer.
  4. It keeps the victim's head underwater

Explanation

Approaching from behind and using a rear hold reduces the chance that an exhausted or panicked victim will clutch the rescuer and push them under. The rescuer controls the victim's upper body and tows to safety. The rescuer's face is not visible to the victim in this position.

Question 9Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the purpose of the rescue tube in a swimming rescue?

  1. To replace the need for a backboard
  2. To serve as a weight to keep the rescuer submerged
  3. To provide flotation for the victim and rescuer during the tow Correct answer.
  4. To mark the victim's location for other swimmers

Explanation

The rescue tube is a personal flotation device that supports both the victim and the rescuer while towing. It lets the rescuer keep the victim's airway above water and conserves the rescuer's energy. It does not substitute for extrication equipment or marking devices.

Question 10Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is approaching a victim who is face down and motionless at the surface. What is the first priority on reaching the victim?

  1. Turn the victim face up and check for breathing Correct answer.
  2. Perform a surface dive to check the pool bottom
  3. Begin a tow immediately without turning the victim
  4. Wait for the victim to move on their own

Explanation

A face-down motionless victim cannot breathe, so the rescuer must turn the victim face up to open the airway and assess breathing. Towing a face-down victim would delay airway care. Checking the bottom is irrelevant once the victim is located.

Question 11Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

During a rescue, a lifeguard must remove a victim from the water up a pool ladder. Which action best protects both rescuer and victim?

  1. Carry the victim up the ladder alone with both arms
  2. Push the victim up the ladder from below
  3. Use a backboard or slide the victim out at the deck edge with assistance Correct answer.
  4. Ask the victim to climb the ladder unaided while the rescuer watches

Explanation

Ladders are difficult and unsafe for moving an unresponsive or helpless victim, so a backboard or deck-level slide-out with a second rescuer is preferred. This keeps the victim's head and spine supported and reduces the risk of dropping them. A single rescuer should not attempt to carry a victim up a ladder.

Question 12Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which entry is most appropriate for a lifeguard entering shallow water where the bottom is visible and close?

  1. A head-first dive
  2. A slide-in entry Correct answer.
  3. A compact jump from the deck
  4. A stride jump

Explanation

In shallow water the rescuer must avoid hitting the bottom, so a slide-in entry keeps the body low and controlled. Jump entries and dives risk impact injuries in shallow water. The slide-in also keeps the rescuer's head above water.

Question 13Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard must search for a victim who has been missing for several minutes in a murky pool. What search approach is recommended?

  1. Search only the surface
  2. Use a systematic search pattern covering the entire bottom Correct answer.
  3. Wait for the water to clear before searching
  4. Swim randomly until the victim is found

Explanation

When a victim is not visible, a systematic search pattern ensures the entire bottom is covered without gaps or repeated areas. Random swimming wastes time and can miss the victim. Surface-only searches fail when the victim is submerged.

Question 14Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue in deep water and needs to keep the victim's head above the surface while towing. Which technique best accomplishes this?

  1. Using a rescue tube under the victim's chest and towing from behind Correct answer.
  2. Pulling the victim by the hair
  3. Towing the victim by the ankles
  4. Towing the victim face down

Explanation

Placing the tube under the victim's chest supports the upper body and keeps the airway clear during the tow. Towing from behind lets the rescuer control direction and watch the victim. Pulling by extremities or towing face down compromises the airway.

Question 15Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What should a lifeguard do immediately after removing an unresponsive victim from the water?

  1. Leave the victim to dry off
  2. Place the victim in a chair to sit upright
  3. Give the victim water to drink
  4. Begin CPR and rescue breathing as trained and activate EMS Correct answer.

Explanation

Once an unresponsive victim is on a firm surface, the priority is airway, breathing, and circulation support, along with activating emergency medical services. The victim should be kept horizontal and assessed, not seated or given fluids. Time-critical care cannot be delayed.

Question 16Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is deciding whether to enter the water for a victim who is conscious and holding onto the pool wall. What is the best decision?

  1. Call for a backboard
  2. Use a reaching assist from the deck Correct answer.
  3. Enter the water and perform a carry
  4. Perform a surface dive

Explanation

A conscious victim holding the wall can be assisted with a reach from the deck, keeping the rescuer out of the water. This follows the principle of using the least dangerous effective technique. Entering the water or bringing a backboard is unnecessary for a victim who is already supported.

Question 17Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

During a rescue, a lifeguard notices the victim is beginning to calm after grabbing the rescue tube. What should the rescuer do next?

  1. Release the tube and swim away
  2. Ask the victim to swim alone to the far side
  3. Surface dive to check the victim's legs
  4. Begin the tow to the nearest safe exit while reassuring the victim Correct answer.

Explanation

Once the victim has grasped the tube and calmed, the rescuer should begin the tow to the closest safe exit while continuing to reassure them. Releasing the tube or leaving the victim to swim alone risks losing control. The goal is rapid, controlled removal from the water.

Question 18Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which statement best describes the rescue hierarchy used in aquatic emergencies?

  1. Row, reach, go, throw
  2. Throw, go, reach, row
  3. Reach, throw, row, go Correct answer.
  4. Go, row, throw, reach

Explanation

The hierarchy orders techniques from least to most dangerous for the rescuer: reach, throw, row, then go. The rescuer enters the water only when the simpler methods cannot succeed. Following this order protects the rescuer and preserves their ability to help.

Question 19Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard must perform a rescue in water with poor visibility and a known submerged victim. What equipment is most helpful for locating the victim?

  1. A rescue tube only
  2. A backboard
  3. A whistle
  4. A mask and snorkel or diving equipment for underwater search Correct answer.

Explanation

In poor visibility, a mask and snorkel or dive gear lets the rescuer search underwater longer and see more clearly. A rescue tube, whistle, and backboard support rescue and extrication but do not improve underwater visibility. Effective search equipment shortens the time to locate the victim.

Question 20Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is teaching a new guard about the front dive entry. When is this entry appropriate?

  1. When the victim is directly below the deck
  2. In deep water where the rescuer can dive cleanly and keep the head clear Correct answer.
  3. From a high tower into any depth
  4. In shallow water where the bottom is close

Explanation

The front dive entry is used in deep water where the rescuer can enter cleanly without hitting the bottom. It allows a fast, streamlined entry to reach a victim quickly. It is never used in shallow water or from height where impact injuries are likely.

Question 21Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard has secured a conscious victim on a rescue tube and is towing toward the wall. The victim suddenly becomes unresponsive. What should the rescuer do?

  1. Release the victim and swim for help
  2. Stop, check breathing, and begin rescue breathing in the water if needed while moving toward the exit Correct answer.
  3. Continue the tow at the same pace without checking
  4. Surface dive to look for the cause

Explanation

If a victim becomes unresponsive, the rescuer must reassess breathing and provide ventilations as trained, even in the water, while continuing toward the exit. Ignoring the change or releasing the victim wastes critical time. The priority shifts from simple tow to airway and breathing support.

Question 22Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which factor most increases the risk that a panicked victim will submerge a rescuer during an in-water rescue?

  1. Keeping the rescue tube between the rescuer and the victim
  2. Speaking calmly to the victim
  3. Approaching the victim head-on and within arm's reach Correct answer.
  4. Approaching from behind with a flotation aid

Explanation

Panicked victims instinctively grab whatever is near, so approaching head-on and within arm's reach exposes the rescuer to being clutched and pushed under. Approaching from behind, using a flotation aid as a barrier, and calming the victim all reduce this risk. Rescuer safety depends on controlling the approach.

Question 23Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard must remove a suspected spinal-injury victim from the water. Which action is correct?

  1. Ask the victim to climb out carefully
  2. Stabilize the head and neck and use a backboard with trained assistants Correct answer.
  3. Roll the victim face down and tow to the wall
  4. Pull the victim out by the arms quickly

Explanation

A suspected spinal injury requires in-water stabilization of the head and neck followed by securing the victim on a backboard with trained assistants. Rapid pulling or rolling can worsen a spinal injury. The victim must not be asked to move themselves.

Question 24Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the main reason a lifeguard should keep the rescue tube between themselves and a victim during the approach?

  1. To make the rescuer harder to see
  2. To block the victim's view
  3. To weigh the rescuer down
  4. To give the victim something to grab other than the rescuer Correct answer.

Explanation

Presenting the tube as a barrier gives the victim a flotation device to grasp instead of the rescuer's body. This prevents the victim from climbing on and submerging the rescuer. The tube also provides buoyancy once grasped.

Question 25Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is choosing an entry to reach a victim quickly in deep water from the pool deck. Which entry allows the fastest controlled approach?

  1. A compact jump
  2. A stride jump followed by a swim
  3. A front dive entry Correct answer.
  4. A slide-in entry

Explanation

In deep water, the front dive entry gives the fastest streamlined entry and lets the rescuer begin swimming immediately. Slide-ins and jumps are slower or better suited to other conditions. The dive is only appropriate where depth makes bottom impact impossible.

Question 26Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard needs to enter the water from the pool deck to rescue a conscious victim who is struggling 10 meters away in deep water. Which entry allows the lifeguard to keep their eyes on the victim and enter the water quickly?

  1. Compact jump Correct answer.
  2. Stride jump
  3. Head-first surface dive
  4. Feet-first surface dive

Explanation

The compact jump allows the lifeguard to enter the water quickly while maintaining eye contact with the victim. It is ideal for shallow water or when the lifeguard needs to keep the victim in sight. Other entries may require looking away or are slower.

Question 27Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on an unconscious victim in deep water. After securing the victim on the rescue tube, what is the most appropriate way to move the victim to the side of the pool?

  1. Use a head splint technique and tow the victim to the side.
  2. Perform a feet-first surface dive and tow the victim underwater.
  3. Use a rear approach and tow the victim by the hair.
  4. Place the victim in a head-up position and tow with the rescue tube. Correct answer.

Explanation

For an unconscious victim, the lifeguard should keep the victim's head above water and tow using the rescue tube. This maintains an open airway and protects the cervical spine. Other methods may compromise the airway or spinal alignment.

Question 28Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is approaching a victim who is panicked and thrashing at the surface. What is the best way for the lifeguard to protect themselves while initiating the rescue?

  1. Approach from below and push the victim to the surface.
  2. Approach from behind and secure the victim with a rescue tube. Correct answer.
  3. Approach from directly in front and grab the victim's wrists.
  4. Approach from the side and extend a reaching pole.

Explanation

Approaching from behind reduces the risk of the victim grabbing the lifeguard. Securing the victim with a rescue tube provides floatation and control. This is the safest method for a panicked victim.

Question 29Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

During a rescue, a lifeguard needs to remove a victim from the water onto the pool deck. The victim is conscious but unable to help. Which technique is most appropriate?

  1. Perform a two-person lift with one lifeguard at the head and one at the feet.
  2. Use a backboard to immobilize the victim and lift them out.
  3. Perform a deck extrication using the rescue tube as a lever. Correct answer.
  4. Use the rescue tube to float the victim to the ladder and assist them out.

Explanation

The deck extrication technique uses the rescue tube as a lever to help lift the victim onto the deck. This method is efficient and reduces strain on the lifeguard. Other methods may be slower or require more personnel.

Question 30Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a search for a victim who disappeared under the water in a murky pool. Which search pattern is most appropriate for a single lifeguard?

  1. Sweeping search Correct answer.
  2. Circular search
  3. Line search
  4. Shallow water search

Explanation

The sweeping search is a technique where the lifeguard sweeps the pool bottom with their feet and hands while moving in a pattern. It is effective in murky water where visibility is poor. Other patterns require more personnel or clear water.

Question 31Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is rescuing a victim with a suspected spinal injury in shallow water. What is the correct procedure?

  1. Have the victim stand up and walk to the side.
  2. Perform a head splint and secure the victim to a backboard. Correct answer.
  3. Remove the victim from the water immediately and place on a flat surface.
  4. Apply a cervical collar and wait for EMS.

Explanation

For a suspected spinal injury, the lifeguard should stabilize the head and neck using a head splint technique and then secure the victim to a backboard before removal. This minimizes movement of the spine. Immediate removal without stabilization can worsen the injury.

Question 32Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the primary purpose of the rescue tube in a water rescue?

  1. To signal other lifeguards.
  2. To provide floatation for the victim and the lifeguard. Correct answer.
  3. To measure the depth of the water.
  4. To serve as a weapon against aggressive victims.

Explanation

The rescue tube provides buoyancy to support the victim and the lifeguard during a rescue. It helps keep the victim's head above water and allows the lifeguard to tow the victim. It is not used as a weapon, depth measure, or signal.

Question 33Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on a victim who is conscious but has a suspected head, neck, or spinal injury in deep water. How should the lifeguard stabilize the victim's head and neck?

  1. Apply a cervical collar while in the water.
  2. Have the victim hold their own head still.
  3. Use a head splint technique in the water. Correct answer.
  4. Place the victim on a backboard immediately.

Explanation

The head splint technique is used in the water to stabilize the head and neck by placing the lifeguard's hands along the sides of the victim's head. This minimizes movement until the victim can be secured to a backboard. Other methods are not appropriate in the water.

Question 34Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard needs to remove an unconscious victim from the water. The victim is too heavy to lift directly. Which technique should the lifeguard use?

  1. Drag the victim up the pool steps.
  2. Use the rescue tube as a lever to lift the victim onto the deck. Correct answer.
  3. Perform a two-person lift with another lifeguard.
  4. Wait for EMS to arrive with a hoist.

Explanation

The rescue tube can be used as a lever to help lift a heavy victim onto the deck. This technique, known as the deck extrication, reduces the physical strain on the lifeguard. Other methods may be unsafe or delay care.

Question 35Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the recommended first action when a lifeguard spots a victim in distress in the water?

  1. Throw a rescue tube to the victim.
  2. Activate the emergency action plan and signal for assistance. Correct answer.
  3. Perform a head-first dive into the water.
  4. Enter the water immediately.

Explanation

The first step in any rescue is to activate the emergency action plan, which may include signaling for backup and ensuring EMS is called. This ensures a coordinated response. Entering the water or throwing equipment may follow.

Question 36Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on a victim who is face-down and motionless in the water. After turning the victim face-up, what should the lifeguard do next?

  1. Immediately start chest compressions.
  2. Remove the victim from the water as quickly as possible.
  3. Check for breathing and responsiveness. Correct answer.
  4. Apply a cervical collar.

Explanation

After turning the victim face-up, the lifeguard should assess for breathing and responsiveness. This determines the next steps in the rescue. Starting CPR or removing the victim may be necessary based on the assessment.

Question 37Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is using a rescue tube to tow a conscious victim. The victim suddenly becomes unresponsive. What should the lifeguard do?

  1. Stop, check for breathing, and begin rescue breathing if needed. Correct answer.
  2. Release the rescue tube and swim for help.
  3. Continue towing to the side and then assess.
  4. Immediately remove the victim from the water.

Explanation

If a victim becomes unresponsive, the lifeguard should stop towing, check for breathing, and provide ventilations if necessary. This addresses the immediate life threat. Continuing to tow or leaving the victim delays critical care.

Question 38Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which of the following is a recommended technique for a lifeguard to use when performing a rescue in deep water?

  1. Perform a feet-first dive to reach the victim quickly.
  2. Use a rescue tube for buoyancy and victim support. Correct answer.
  3. Always approach the victim from the front.
  4. Remove the rescue tube to swim faster.

Explanation

The rescue tube provides buoyancy and support for both the lifeguard and the victim. It is a key piece of equipment in water rescues. Approaching from the front or removing the tube can be dangerous.

Question 39Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on a victim who is conscious and holding onto the pool wall. What should the lifeguard do?

  1. Perform a stride jump entry.
  2. Encourage the victim to move to the ladder.
  3. Enter the water and swim to the victim.
  4. Reach or throw a rescue aid to the victim. Correct answer.

Explanation

For a conscious victim holding onto the wall, a reach or throw rescue is appropriate because the victim is not in immediate danger of submersion. This minimizes risk to the lifeguard. Entering the water is unnecessary.

Question 40Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the primary reason for a lifeguard to perform a compact jump entry rather than a stride jump when entering shallow water?

  1. To keep the head above water.
  2. To avoid hitting the bottom. Correct answer.
  3. To enter the water quickly.
  4. To create a smaller splash.

Explanation

The compact jump is used in shallow water to prevent the lifeguard from hitting the bottom. The lifeguard enters feet-first with legs together and arms crossed. A stride jump is used in deeper water.

Question 41Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on a victim with a suspected spinal injury in deep water. After stabilizing the head and neck, what is the next step?

  1. Immediately remove the victim from the water.
  2. Secure the victim to a backboard. Correct answer.
  3. Perform a head-first surface dive.
  4. Apply a cervical collar.

Explanation

After stabilizing the head and neck, the next step is to secure the victim to a backboard to maintain alignment during removal. This minimizes movement of the spine. Immediate removal without a backboard can cause further injury.

Question 42Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which of the following is a key advantage of using a rescue tube during a water rescue?

  1. It helps the lifeguard dive deeper.
  2. It allows the lifeguard to swim faster.
  3. It can be used as a flotation device for the victim. Correct answer.
  4. It provides a barrier between the lifeguard and the victim.

Explanation

The rescue tube provides flotation for the victim, helping to keep their head above water and reducing panic. It also provides buoyancy for the lifeguard. It is not designed to increase speed or diving depth.

Question 43Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on a victim who is in the water but not in immediate danger. What is the most appropriate rescue technique?

  1. Perform a swimming rescue with a rescue tube.
  2. Perform a head-first dive entry.
  3. Enter the water and perform a feet-first surface dive.
  4. Use a reaching assist. Correct answer.

Explanation

If the victim is not in immediate danger and is close to the side, a reaching assist is the least risky technique. It keeps the lifeguard out of the water. Swimming rescues are used when the victim is farther away or in danger.

Question 44Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the recommended procedure for a lifeguard who needs to remove a victim from the water when the victim is conscious and able to assist?

  1. Drag the victim onto the deck.
  2. Perform a deck extrication using the rescue tube.
  3. Assist the victim to the ladder and help them exit. Correct answer.
  4. Use a backboard and straps.

Explanation

If the victim is conscious and able to assist, the lifeguard can help them to the ladder and assist them out of the water. This is the least strenuous method. Backboards and deck extrications are for unresponsive or injured victims.

Question 45Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue in deep water and needs to keep the victim's head above the surface while towing. Which technique is most appropriate?

  1. Use a rear approach and tow the victim by the hair.
  2. Perform a feet-first surface dive and tow the victim.
  3. Use a head splint and tow the victim.
  4. Use a rescue tube and tow the victim in a head-up position. Correct answer.

Explanation

The rescue tube supports the victim in a head-up position, keeping the airway clear. This is the standard towing technique for a conscious or unconscious victim. Other methods may compromise the airway or spinal alignment.

Question 46Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which of the following best describes the purpose of the emergency action plan (EAP) in an aquatic facility?

  1. To outline the steps for responding to emergencies. Correct answer.
  2. To provide a schedule for lifeguard breaks.
  3. To describe the maintenance procedures for the pool.
  4. To list the rules for patrons.

Explanation

The EAP is a written plan that details the responsibilities and actions of staff during an emergency. It ensures a coordinated and efficient response. It does not cover breaks, patron rules, or maintenance.

Question 47Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is performing a rescue on a victim who is unconscious and not breathing. After removing the victim from the water, what should the lifeguard do next?

  1. Begin CPR immediately. Correct answer.
  2. Place the victim in the recovery position.
  3. Check for a pulse.
  4. Apply a cervical collar.

Explanation

For an unconscious, non-breathing victim, CPR should be initiated immediately after removal from the water. This includes chest compressions and rescue breaths. Checking for a pulse or applying a collar delays critical care.

Question 48Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

What is the primary reason for a lifeguard to use a rescue tube during a rescue rather than performing a rescue without equipment?

  1. The rescue tube helps the lifeguard swim faster.
  2. The rescue tube is required by law.
  3. The rescue tube makes the lifeguard look more professional.
  4. The rescue tube provides buoyancy and helps control the victim. Correct answer.

Explanation

The rescue tube provides buoyancy for the victim and the lifeguard, and it helps the lifeguard control the victim's movement. This increases the safety and effectiveness of the rescue. It is not about appearance, legal requirements, or speed.

Question 49Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

A lifeguard is approaching a victim who is conscious but exhausted in deep water. The victim is facing away from the lifeguard. What is the best approach?

  1. Approach from behind and secure the victim with a rescue tube. Correct answer.
  2. Perform a head-first surface dive and approach from below.
  3. Approach from the front and identify yourself.
  4. Call out to the victim and wait for them to turn around.

Explanation

Approaching from behind reduces the risk of the victim grabbing the lifeguard. Securing the victim with a rescue tube provides support and control. This is the safest approach for an exhausted victim.

Question 50Preventing and Managing Aquatic Emergencies (water and land rescue techniques)

Which of the following is a correct technique for a lifeguard performing a feet-first surface dive to recover a submerged victim?

  1. Take a deep breath and dive head-first.
  2. Remove the rescue tube before diving.
  3. Dive feet-first with the rescue tube trailing behind.
  4. Keep the rescue tube in front and dive feet-first. Correct answer.

Explanation

For a feet-first surface dive, the lifeguard keeps the rescue tube in front for buoyancy and protection, and dives feet-first to avoid head injury. This is useful in shallow or murky water. Removing the tube or diving head-first is not recommended.