answersLogoWhite

0

Scuba

S.C.U.B.A. = Self Contained Underwater Breathing Apparatus. Here is all the information you need to learn and be safe while enjoying this great sport. Explore the last frontier and uncharted depths in the S.C.U.B.A. category.

500 Questions

Examples of different CRM applications?

User Avatar

Asked by Wiki User

Some examples of popular CRM applications include:

1.Salesforce: A highly versatile CRM platform known for its comprehensive suite of tools for sales, customer service, and marketing. It's scalable, customizable, and widely used across businesses of all sizes.

2.HubSpot CRM: Renowned for its user-friendly interface and robust marketing integration, HubSpot CRM aids marketing, sales, and customer service teams in aligning their efforts efficiently.

3.Funel CRM: is a cutting-edge CRM and client management system specifically designed for marketing and sales companies. It offers tools like a Buyer Persona Creator, AI Communication Tools, Real-Time Updates Module, and more to streamline client management processes, enhance communication, and boost sales productivity.

  1. Zoho CRM

  2. Pipedrive

  3. Freshsales

  4. Insightly

  5. Agile CRM

  6. Copper (Formerly ProsperWorks)

  7. Nimble.

These CRM solutions cater to diverse business needs and industries, providing advanced functionalities to effectively manage customer relationships and drive organizational growth.

Is scuba diving in mid air possible?

User Avatar

Asked by Wiki User

No, scuba diving in mid-air is not possible. Scuba diving, which stands for "self-contained underwater breathing apparatus," requires being submerged in water to function properly. The equipment used in scuba diving, such as the regulator, tank, and buoyancy control device, relies on the surrounding water pressure to deliver air to the diver and maintain buoyancy.

Attempting to scuba dive in mid-air would be impractical and dangerous as the equipment wouldn't function properly without the surrounding water pressure. Additionally, without water to provide buoyancy, the diver would simply fall rather than float.

However, there are other activities that simulate the sensation of diving in mid-air, such as indoor skydiving or free-fall simulators, where participants experience the feeling of weightlessness in a controlled environment. These activities do not involve scuba diving equipment or techniques but can offer a similar sensation of floating or flying.

What careers are there in scuba diving?

User Avatar

Asked by Wiki User

There are various career paths in the field of scuba diving, catering to different interests and skill sets. Here are some common careers in scuba diving:

Dive Instructor:

Certified dive instructors teach scuba diving courses, ranging from beginner to advanced levels. Instructors work for dive shops, resorts, or as freelancers.

Dive Master:

Dive masters assist dive instructors, lead certified divers on tours, and ensure safety during dives. They often work at dive resorts and liveaboards.

Commercial Diver:

Commercial divers may work in construction, maintenance, inspection, or repair of underwater structures. This field often requires specialized training beyond recreational diving certifications.

Underwater Photographer/Videographer:

Professionals in this field capture underwater images or videos for various purposes, including documentaries, travel shows, or advertising. Creativity and technical skills are essential.

Research Diver:

Research divers assist scientists in underwater research projects, collecting data and specimens. This career often requires a background in marine biology or a related field.

Public Safety Diver:

Public safety divers are trained for search and rescue operations, evidence recovery, and other tasks related to law enforcement or emergency services.

Commercial Boat Captain:

Boat captains operate dive boats, taking divers to various dive sites. This role requires navigation skills, knowledge of local waters, and often a captain's license.

Marine Conservationist:

Professionals in marine conservation may use diving skills to conduct underwater research, monitor marine ecosystems, and contribute to conservation efforts.

Hyperbaric Chamber Operator:

Hyperbaric chamber operators work with medical facilities to treat diving-related injuries or illnesses. They ensure the proper functioning of hyperbaric chambers.

Dive Shop Management:

Managing a dive shop involves overseeing day-to-day operations, coordinating dive trips, and ensuring customer satisfaction.

Underwater Welder:

Underwater welders combine diving skills with welding expertise to perform welding and cutting tasks on submerged structures. This is a specialized and demanding career.

Commercial Fisherman:

Some commercial fishermen may use diving skills for tasks such as net mending, gear maintenance, or hull inspections.

Dive Equipment Technician:

Technicians specialize in maintaining and repairing scuba diving equipment, ensuring that it meets safety standards.

These careers may have different educational and certification requirements. Individuals interested in pursuing a career in scuba diving should undergo proper training, gain experience, and obtain relevant certifications from recognized agencies. Additionally, some careers may require additional education or specialization beyond basic scuba diving certifications.

What is it cald when you scuba dive in a underwater cave?

User Avatar

Asked by Wiki User

Scuba diving in underwater caves is known as "cave diving." Cave diving is a specialized form of technical diving that involves exploring underwater caves, caverns, or other submerged overhead environments. Unlike open water diving, where divers have direct and easy access to the surface, cave diving requires specific training, equipment, and skills due to the enclosed and potentially challenging nature of underwater caves.

Cave diving typically involves navigating through submerged passages, tunnels, and chambers, often in complete darkness. Divers use specialized equipment such as powerful underwater lights, guideline reels, and redundant air supplies to ensure safety in the event of an emergency.

It's important to note that cave diving is considered an advanced form of scuba diving and requires specialized training beyond basic open water certification. Proper training is crucial to safely navigate the unique challenges associated with cave environments, including potential low visibility, narrow passages, and the absence of natural light.

Cave diving is undertaken by experienced and well-trained divers who have developed the skills and knowledge necessary to safely explore and enjoy these subterranean environments. Additionally, cave divers often follow established safety protocols, including maintaining a continuous guideline back to the entrance, using proper gas management techniques, and being aware of potential hazards unique to cave environments.

How deep can go scuba diver with breast implants?

User Avatar

Asked by Wiki User

Scuba diving with breast implants is generally considered safe, and many women with breast implants enjoy diving without any issues. However, there are some considerations and potential concerns that individuals with breast implants should be aware of, especially when diving to significant depths.

Depth Limitations:

The depth a scuba diver can safely go depends on various factors, including the type of breast implants and the surgical technique used. Most recreational scuba diving typically occurs within the range of 30 to 40 meters (100 to 130 feet), and breast implants are generally considered safe at these depths.

Implant Type:

Saline-filled implants are generally considered safer for scuba diving than silicone gel-filled implants. Saline implants are filled with sterile saltwater, and any potential leakage is less likely to cause harm. Silicone gel-filled implants might pose a higher risk of complications if there is a rupture, although such instances are rare.

Pressure Changes:

The pressure changes that occur during scuba diving could affect breast implants. While the pressure changes are unlikely to cause problems with modern implants, it's essential to be aware of potential issues, especially if the implants have not fully healed or if there are pre-existing concerns.

Consultation with a Surgeon:

Before engaging in scuba diving or any water-related activities, individuals with breast implants should consult with their plastic surgeon. The surgeon can provide specific guidance based on the individual's medical history, the type of implants, and the surgical technique used.

Monitoring for Changes:

Divers with breast implants should pay attention to any changes or discomfort during or after diving. If there are concerns, it's advisable to seek medical attention promptly.

It's crucial for individuals with breast implants to follow the advice and recommendations of their plastic surgeon and to inform their diving instructors about their implants. Additionally, maintaining regular check-ups with a healthcare professional can help ensure the ongoing safety and well-being of individuals with breast implants who engage in scuba diving.

Keep in mind that guidelines and recommendations may evolve, so it's essential to stay informed about the latest medical advice regarding scuba diving with breast implants. Always prioritize safety and consult with healthcare professionals when in doubt.

What can a scuba diver purchase from the Air Hog online shop?

User Avatar

Asked by Wiki User

Typically, a scuba diver may find the following types of equipment and accessories related to tankless diving systems on the Air Hog online shop:

Air Hog Tankless Diving Systems: Air Hog is known for its innovative tankless diving systems, allowing divers to dive without traditional scuba tanks. These systems often include a compressor, regulator, and other necessary components.

Compressors: High-pressure compressors designed for filling the tankless diving systems. These may include portable or stationary options.

Regulators: Specialized regulators designed for tankless diving systems to ensure a safe and controlled airflow.

Accessories: Various accessories such as hoses, adapters, and spare parts for maintaining and customizing the tankless diving system.

It's important to note that the product offerings may vary, and Air Hog might introduce new products or discontinue existing ones over time. For the most accurate and current information on available products, pricing, and any promotions, it's recommended to visit the official Air Hog website or get in touch with their customer support.

Always ensure that any scuba diving equipment you purchase meets safety standards and regulations, and consider consulting with diving professionals or experts if you have specific questions or requirements.

What do scuba drivers do?

User Avatar

Asked by Wiki User

Scuba divers engage in underwater activities using self-contained underwater breathing apparatus (scuba) to explore marine environments. Here are some common activities that scuba divers participate in:

Recreational Diving: Many scuba divers engage in recreational diving for enjoyment and exploration. This includes diving in coral reefs, exploring underwater caves, and observing marine life.

Certification Courses: Scuba divers undergo training and certification courses to learn proper diving techniques, safety procedures, and how to use scuba equipment. Certification levels range from basic open water diver to advanced and specialized certifications.

Underwater Photography and Videography: Some scuba divers specialize in underwater photography or videography to capture the beauty of marine life, coral reefs, and underwater landscapes.

Research and Conservation: Scientific divers use scuba equipment to conduct underwater research, monitor marine ecosystems, and contribute to conservation efforts. They may study marine biology, ecology, or archaeology.

Wreck Diving: Wreck diving involves exploring underwater shipwrecks or sunken structures, offering a unique perspective on maritime history and providing habitats for marine life.

Technical Diving: Technical divers undergo additional training to explore deeper depths, conduct dives with extended bottom times, and use specialized equipment. Technical diving may include cave diving, deep diving, and wreck penetration.

Search and Recovery: Some scuba divers are trained in search and recovery techniques, assisting in the retrieval of lost items or conducting underwater searches for missing persons.

Public Safety Diving: Public safety divers, often part of emergency response teams, use scuba equipment for tasks such as underwater search and rescue, evidence recovery, and inspection of submerged structures.

Dive Instruction: Certified scuba divers may become instructors, teaching others how to scuba dive and guiding them through certification courses.

It's important for scuba divers to follow safety guidelines, adhere to their training, and be aware of the environmental impact of their activities to ensure a safe and enjoyable underwater experience.

Is scuba diving a good way to explore a ocean trench?

User Avatar

Asked by Wiki User

Scuba diving is generally not a practical or safe method for exploring ocean trenches. Ocean trenches are extremely deep and can reach depths of over 10,000 meters (about 33,000 feet). At such depths, the water pressure is immense, and the conditions are harsh, making it inhospitable for human scuba divers.

Several challenges make it impractical for humans to scuba dive in ocean trenches:

Extreme Depth: The pressure at extreme depths is too great for conventional scuba gear. Specialized equipment such as submersibles or remotely operated vehicles (ROVs) is required to withstand the pressure.

Limited Bottom Time: Even with advanced diving technology, the descent to extreme depths takes a significant amount of time. This leaves limited time for exploration at the bottom due to the need to ascend slowly to avoid decompression sickness.

Temperature and Darkness: Ocean trenches are often very cold, and sunlight cannot penetrate to those depths. Specialized equipment is needed for illumination, and the absence of natural light makes it challenging for human divers.

Instead of scuba diving, scientific exploration of ocean trenches is typically conducted using remotely operated vehicles (ROVs) or autonomous underwater vehicles (AUVs). These devices can withstand the pressure, operate for extended periods, and are equipped with cameras and sensors to capture data and images from the depths. These methods allow scientists to study the unique ecosystems and geological features found in ocean trenches without exposing humans to the extreme conditions.

Who uses a scuba-suit?

User Avatar

Asked by Wiki User

A "scuba suit" typically refers to a type of exposure suit worn by scuba divers. There are two main types of scuba suits: wetsuits and drysuits. These suits serve different purposes and are used in specific diving conditions:

Wetsuits:

Usage: Wetsuits are commonly used by scuba divers, snorkelers, surfers, and other water sports enthusiasts.

Purpose: Wetsuits are designed to provide thermal insulation in cold water. The suit traps a thin layer of water between the neoprene material and the skin. The body heat warms this water, creating a thermal barrier that helps to keep the diver or water sports enthusiast warm.

Diving Conditions: Wetsuits are suitable for diving in relatively warmer waters, typically ranging from around 10 to 25 degrees Celsius (50 to 77 degrees Fahrenheit).

Drysuits:

Usage: Drysuits are primarily used by scuba divers, particularly in colder water conditions.

Purpose: Unlike wetsuits, drysuits are designed to keep the diver dry by preventing water from entering the suit. They are sealed at the wrists and neck, and divers wear insulating undergarments beneath the drysuit to stay warm. Drysuits are more effective in colder water conditions where prolonged exposure to cold water could lead to hypothermia.

Diving Conditions: Drysuits are commonly used in colder waters, often below 10 degrees Celsius (50 degrees Fahrenheit).

In summary, scuba divers use scuba suits (either wetsuits or drysuits) to provide thermal protection and insulation during underwater activities. The choice between a wetsuit and a drysuit depends on the water temperature and the specific needs of the diver. Additionally, other water enthusiasts, such as surfers and snorkelers, may also use wetsuits for thermal protection in different water conditions.

Why do scuba divers not get crushed by the weight of water when they are diving?

User Avatar

Asked by Wiki User

Scuba divers don't get crushed by the weight of water when they are diving due to the principles of fluid pressure and buoyancy. The equipment and techniques used in scuba diving are designed to manage the effects of pressure underwater. Here's how it works:

Buoyancy:

Divers use a Buoyancy Control Device (BCD) to manage their buoyancy. The BCD allows them to control their position in the water column by adjusting the amount of air in the device. By adding air, they become more buoyant and can ascend; by releasing air, they become less buoyant and can descend.

Equalizing Pressure:

As divers descend underwater, the pressure increases. The human body is filled with air spaces, such as the ears, sinuses, and lungs. To prevent discomfort or injury, divers equalize the pressure in these air spaces by gently exhaling or using specific techniques. Equalizing prevents the pressure from causing pain or damage.

Breathing Gas:

Divers breathe compressed air or a specialized gas mixture from their scuba tanks. The pressure of the inhaled air is equal to the surrounding water pressure, maintaining a balance and preventing the diver from feeling "crushed."

Wetsuits and Drysuits:

Exposure suits, such as wetsuits and drysuits, not only provide thermal insulation but also add buoyancy. Divers compensate for this buoyancy by wearing weights. The combination of the exposure suit and weights helps maintain neutral buoyancy, allowing the diver to hover at a specific depth.

Pressure Tolerance:

The human body is remarkably adaptable to changes in pressure. As long as pressure changes are gradual and divers follow proper procedures for ascent and descent, the body can tolerate the pressure at various depths.

It's important for divers to follow established diving practices, including gradual ascent and descent, proper equalization, and maintaining neutral buoyancy. These practices help prevent barotrauma (pressure-related injuries) and ensure a safe and enjoyable diving experience. Additionally, divers are trained to monitor their depth, time underwater, and gas supply to avoid exceeding safe limits.

Where can one purchase a scuba regulator online?

User Avatar

Asked by Wiki User

You can purchase a scuba regulator online from a variety of retailers, including specialized scuba diving shops, general sporting goods stores, and online marketplaces. Here are some popular online options where you can find scuba regulators for sale:

Dedicated Scuba Diving Retailers: Many specialized scuba diving retailers have online stores where you can purchase scuba regulators. Some well-known ones include:

Scuba This online retailer offers a wide selection of scuba gear, including regulators.

Dive Gear Express: They specialize in diving equipment, including regulators and accessories.

Sporting Goods Retailers: General sporting goods stores may also carry scuba diving equipment, including regulators. Popular options include:

Amazon: Amazon offers a wide variety of scuba regulators from different brands and sellers.

REI: They occasionally have scuba gear available, including regulators.

Online Marketplaces: Marketplaces like eBay may have listings for new and used scuba regulators from various sellers. Ensure you buy from reputable sellers with positive reviews and ratings.

Manufacturer Websites: Many scuba regulator manufacturers have official websites where you can purchase their products directly. For instance, websites of companies like Scubapro, Apeks, or Atomic Aquatics allow you to buy their regulators and related products.

When shopping online for a scuba regulator, keep these tips in mind:

Research the specific regulator model and brand that best suits your diving needs.

Read product reviews and check the seller's ratings and customer feedback.

Make sure the regulator you purchase is new or, if buying used, verify its condition and history.

Consider the warranty and return policy offered by the seller or manufacturer.

Ensure the regulator is appropriate for your diving environment and certification level.

Always prioritize safety and quality when buying scuba equipment online, and if you have any doubts or questions, don't hesitate to contact the seller or the manufacturer for clarification. Additionally, consider getting your scuba equipment serviced regularly by a certified technician to ensure it remains in good working condition.

How much do scuba diving regulators weigh?

User Avatar

Asked by Wiki User

The weight of a scuba diving regulator can vary depending on its design, features, and materials. Typically, a scuba diving regulator, which includes the first stage, second stage, and hoses, can weigh anywhere from 2 to 5 pounds (0.9 to 2.3 kilograms) or more. The first stage, which attaches to the tank and regulates the pressure of the air, is usually heavier than the second stage, which you breathe from. Some high-end regulators are made from lightweight materials to reduce overall weight, which can be beneficial for traveling divers.

It's important to note that the total weight of a diving regulator is relatively light in comparison to other scuba equipment, such as the tank, buoyancy compensator (BC), and weights. Divers need to consider the overall weight of their scuba gear and ensure that it is properly balanced to maintain buoyancy and safety while diving. Additionally, many divers use equipment like integrated weight pockets and weight belts to achieve proper buoyancy control.

Why only oxygen is not used in tanks of scuba divers?

User Avatar

Asked by Wiki User

Using only oxygen in scuba tanks for breathing underwater is not a common practice for several important reasons:

Oxygen Toxicity: Breathing pure oxygen at elevated pressures, as experienced in scuba diving, can lead to oxygen toxicity. This condition can cause seizures, which can be extremely dangerous and potentially life-threatening. Oxygen toxicity typically occurs at partial pressures of oxygen (PPO2) greater than 1.4 to 1.6 atmospheres, which is encountered at relatively shallow depths when breathing pure oxygen. To avoid this risk, scuba divers must stay within safe oxygen exposure limits.

Limited Depth Range: Using pure oxygen limits the depth to which divers can safely go without risking oxygen toxicity. It's suitable only for very shallow dives or for decompression stops during deeper dives. Recreational divers often wish to explore greater depths, and using pure oxygen would not allow this safely.

Lack of Inert Gas: Pure oxygen does not provide the inert gas, such as nitrogen, that is typically used for dilution in breathing gases. Nitrogen helps reduce the risk of decompression sickness, also known as "the bends." Using pure oxygen for extended periods, especially at depth, can increase the risk of decompression sickness.

Fire Hazard: Oxygen supports combustion, and using pure oxygen in scuba tanks increases the risk of fires. Scuba equipment and tanks need to be specifically designed for handling oxygen-rich gas mixtures to mitigate this risk.

For recreational diving, the most commonly used breathing gas is air, which contains approximately 21% oxygen and 79% nitrogen. Divers can extend their dive times and depths by using gas mixtures with different oxygen and inert gas levels, such as nitrox, trimix, or heliox. These mixtures allow for a balance between the benefits of increased oxygen and the safety provided by inert gases like nitrogen or helium.

Diving with specific gas mixtures is an essential aspect of scuba diving safety, and divers are trained to understand gas management and choose appropriate gas mixtures for their dive profiles to mitigate the risk of oxygen toxicity and decompression sickness.

Mixture of gases for scuba diving tanks compared to normal atmospheric air?

User Avatar

Asked by Wiki User

Scuba diving tanks are typically filled with a mixture of gases that differ from normal atmospheric air. The primary reason for using gas mixtures in scuba diving is to reduce the risks associated with diving at different depths and to optimize the diver's safety and performance. Two common gas mixtures used in scuba diving are Nitrox and Trimix. Here's how they compare to normal atmospheric air:

Normal Atmospheric Air:

Normal atmospheric air consists mainly of nitrogen (approximately 78%) and oxygen (approximately 21%) with trace amounts of other gases such as argon, carbon dioxide, and neon.

While breathing air at the surface is safe, it becomes problematic when diving to greater depths due to the increased pressure, which leads to elevated levels of dissolved nitrogen in the body (nitrogen narcosis) and a risk of decompression sickness (the bends).

Nitrox (Enriched Air Nitrox):

Nitrox is a gas mixture in which the percentage of oxygen is higher than that in normal atmospheric air. Common Nitrox blends include 32% oxygen (EAN32) or 36% oxygen (EAN36).

The reduced nitrogen content in Nitrox reduces the risk of nitrogen narcosis and allows for longer no-decompression dive times at specific depths compared to diving with air.

Nitrox is often used for recreational diving to increase bottom time while staying within no-decompression limits.

Trimix:

Trimix is a more complex gas mixture used in technical diving, where divers go to greater depths than recreational divers. It contains oxygen, nitrogen, and helium in varying proportions.

The addition of helium helps reduce the narcotic effects of nitrogen at extreme depths and minimizes the risk of oxygen toxicity at deeper levels.

Trimix is carefully blended to suit the planned dive profile and depth, making it safer and more efficient for deep diving.

The choice of gas mixture depends on several factors, including the planned depth of the dive, the diver's training and experience, and the specific risks associated with the dive. Technical divers, who explore greater depths, often require more specialized gas mixtures like Trimix to manage the challenges of deep diving safely. Recreational divers may choose to use Nitrox blends to extend their bottom time while staying within recreational dive limits.

It's important to note that using gas mixtures other than normal air requires additional training and certification. Divers must understand the principles and safety procedures associated with using these gases, as well as how to analyze and manage their gas supply while underwater. Always consult with a certified dive instructor or dive shop when using specialized gas mixtures for scuba diving.

What is Deep-sea diving record for a human?

User Avatar

Asked by Wiki User

  • The Deepest Open Circuit Scuba Dive (unofficial) is that of 330m set by Pascal Bernabe July 5th 2005 off Corsica - It took Pascal, 10 minutes to descend down to 330 meters but it took him 8 hours and 49 min to resurface

  • Nuno Gomes officially (Guinness world record) holds the World's Deepest Open Circuit Scuba Record at 318.25m on the 10th June 2005 in Dahab, Egypt.

  • The Deepest official Open Circuit Scuba dive performed by a woman is of 221m set by Verna van Schaik from South Africa in October 2004.

How much does and aluminum 60 scuba tank weigh?

User Avatar

Asked by Wiki User

about 32 pounds empty

Why do springboard divers wear tape on their bodies?

User Avatar

Asked by Wiki User

To keep their skin looking tight.

Can you scuba dive to 6000 ft?

User Avatar

Asked by Wiki User

220 feet is about 67 metres. The pressure of air at this depth is about 8 bar (or atm). Using standard air the partial pressure (20%) of oxygen is 1.6 bar. This is the boundary where oxygen begins to become toxic and can cause serious health problems (and lead to death).

I am a diver with BSAC and the recommended maximum depth is 50m on air which is about 164 feet.

The alternative is to use other mixes of gas which usually require more advance training but they contain less oxygen so it is safer to diver deeper.

Summary, it is NOT safe to dive to 200ft on standard air

Is it safe to go SCUBA diving in the Bahamas during November?

User Avatar

Asked by Wiki User

Looks like it is most of the time. One thing to keep in mind is that November is still hurricane season, so if a hurricane is nearby, SCUBA diving is impossible.

It is going to be as safe as any other time going SCUBA diving. One particular month does not make SCUBA diving dangerous. As long as your guide knows what their doing, you will be fine.

When scuba diving why do you have to come up slowly?

User Avatar

Asked by Wiki User

Two main reasons:

  1. avoiding the risk of lung expansion injuries, and
  2. reducing the risk of decompression sickness.

What Depth should a scuba diver dive?

User Avatar

Asked by Wiki User

It's not recommended for a sport diver to go below 130 feet due to the partial pressure of oxygen being poisonous when it reaches the equivelant of 100% (5 atmospheres as there is about 20% oxygen in the air). Also the effect of Nitrogen narcosis can make your decision making erratic. It's not an exact science as to what depth an individual may succumb to this but 130 feet is a good guage of where you are relatively safe as long as you are obeying all the rules of training and you and your buddy are not irresponsible. Any deeper and you would need to mix gases and should get more specialised training.

How do humans breathe in diving suits?

User Avatar

Asked by Wiki User

just breathe normally through your mouth just keep your head down or it will fill with water! swim on the surface and when you lift you head out of the water makesure that your snorkel has not filled with water before you try to breathe through it again!! have fun ---- I like to "sip" the air over my tongue. It seems to trap droplettes moer effectively. Nice not to aspirate :} Actually, this answer is incorrect. When snorkelling, you take a deep breath, dive down and as u reach the surface u blast the water in the snorkel out and repeat the process. If you are jus swimming on the surface it is not technically snorkelling, but some people like to call it skin diving to clarify. Or -- as you ascend, you can point the snorkel straight back so it's entirely vertical and puff a little air into it at depth. As you ascend, the air in the snorkel will expand, forcing water out. Just as you hit the surface, vigorously rotate your head foprwards and downwards, so the snorkel moves roughly 1890 degrees and the opening is now in the air, nearly vertical. Blast a little air out to remove the tiny amount of water remaining. Also, I think the act of "snorkelling" refers to whatever you choose to do from the time you leave the boat until the time you leave the water. So this would include phases when you're breathing on the surface, diving to depth, holding your breath underwater, clearing your snorkel, etc.

Who is the Pioneer of SCUBA?

User Avatar

Asked by Wiki User

Retired Commodore Ramon Nolasco Baluyot

How deep is 5 bars?

User Avatar

Asked by Wiki User

Actually, 5 ATM can either be 132 feet or 165 feet. We all have 1 ATM above us (the air/sky/atmosphere) that creates a constant pressure.

Sooo.. 1 ATM + 4 ATM (33ft per ATM) = 132 feet underwater. However, if you actually mean 5 ATM UNDERWATER, then it would be 6 ATM (1 ATM + 5 ATM underwater) for the equation which would equal 165 feet.

Hope this helps!

Why was the scuba diving suit invented?

User Avatar

Asked by Wiki User

So that the scuba diver could go more streamline in the water.