Which of the following examples DOES NOT demonstrate Boyle's Law?A. syringeC. lungsB. pressure cookerD. scuba diving
1. Which of the following examples DOES NOT demonstrate Boyle's Law?A. syringeC. lungsB. pressure cookerD. scuba diving
Answer:
D. SCUBA DIVING
Explanation:
SANA PO MAKA TULONG
Answer:
It is Letter D- Scuba diving
2. Activity 3:Boyles Law in Scuba DivingAt the end of this activity,you should be able to appreciate Boyles Law and cite its practical applications in your daily lifeDirections:Rearrange the jumbled letters inside the parenthesis,then fill in each blank with a correct answer.
Explanation:
1. Boyle's
2. Pressure
3. Volume
4. Molecules
5. Life
6. Decreases
3. Law that explains the pressure acting on a body during scuba diving.
Law that explains the pressure acting on a body during scuba diving.
Boyle's law4. Solve the problem using Boyle's Law.A scuba diver needs a diving tank in order to provide breathing gas while he is underwater. How much pressure is needed for 6.00 liters of gas at 1.01 atmospheric pressure to be compressed in a 3.00 liter cylinder?
Answer:
Click the pic..#CarryOnLearning5. explain the science behind SCUBA diving
Almost every aspect of scuba diving because it describes the role of water pressure in the dive environment. As a diver descends, the water pressure around him increases, causing air in his scuba equipment and body to occupy a smaller volume. ... A diver's body absorbs compressed nitrogen gas while he dives.
Answer:
Almost every aspect of scuba diving because it describes the role of water pressure in the dive environment. As a diver descends, the water pressure around him increases, causing air in his scuba equipment and body to occupy a smaller volume. ... A diver's body absorbs compressed nitrogen gas while he dives.
Explanation:
Hope it Help:)
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6. This is used by scientists to map the seafloor and to determine the depth of the ocean or sea. A scuba diving B. echo diving C. echo sounding D. scuba sounding
Answer:
C
Explanation:
They're using sonar, so that's echo sounding
7. What is the benefits of scuba diving ?
Answer:
First, deep breathing induces a calm state of mind just like in meditation or yoga, giving divers a positive attitude and reducing stress. Scientists even believe slow, controlled breathing can prevent depression or mania. In addition to mental health benefits, deep breathing also aids us physiologically as well.
Explanation:
#HOPE IT HELPS
#CARRY ON LEARNING
8. What is the difference of free diving to scuba diving
Answer:
Scuba diving is about what is happening around you in a certain environment (underwater). Whereas freediving is about what is happening within you in that same environment.Answer:
( SCUBA DIVING)
Scuba diving is about what is happening around you in a certain environment (underwater).
( FREE DIVING )
free diving is about what is happening within you in that same environment.
9. Activity objective or goal for scuba diving
Activity objective:
Scuba diving is an underwater swimming activity involving the use of self-contained underwater breathing apparatus (SCUBA).
The goal for scuba diving:
Improving air tank consumption, buoyancy, aquatic knowledge, diving techniques, etc. are the usual goals first set by new scuba divers. And they are important goals to have as they will help one to become a good diver. Air consumption alone, increases dive time and who does not want more of that?
10. Which of the following involved the application of Charles' Law?A. Bicycle PumpB. Scuba DivingC. Soda cans/bottlesD. Syringes
Answer:
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ANSWER:
Which of the following involved the application of Charles' Law?
A. Bicycle Pump
B. Scuba DivingC. Soda cans/bottles
D. Syringes
HOPE IT HELPS
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11. meaning of scuba diving
Answer:
it is the the sport or activity of swimming underwater using scuba gear.
Explanation:
12. what is scuba diving interpretation?
Answer:
scu·ba div·ing
/ˈsko͞obə dīviNG/
noun
the sport or activity of swimming underwater using scuba gear.
༄ shinomiya ༄
The sport or activity of swimming underwater using scuba gear.
Explanation:
Scuba diving is a mode of underwater diving where the diver uses an apparatus which is completely independent of surface supply to breathe underwater.
I hope this helps to you
#CarryOnLearning13. B. Explain the science behind the following areas/ scenarios based on Boyle's law. Use NOT more than (5) sentences.1. Invention of syringes 2. Plane travel 3. Popping a balloon 4. Breathing 5. SCUBA diving
Answer:
Invention of syringes- In a syringe, the volume of a fixed amount of gas is increased by drawing the handle back, thereby lessening the pressure. The blood in a vein has higher pressure than the gas in the syringe, so it flows into the syringe, equalizing the pressure differential.
Plane travel- At a constant temperature, the volume of gas is inversely proportional to its pressure. Basically, as you ascend in altitude (or to the surface if diving), gas expands to a greater volume due to decreased pressure exerted on it.
Popping a balloon- According to Boyle's law, if the temperature of a gas is held constant, then decreasing the volume of the gas increases its pressure—and vice versa. That's what happens when you squeeze the bubbles of bubble wrap. You decrease the bubbles' volume, so the air pressure inside the bubbles increases until they pop.
Breathing- During the process of inhalation, the lung volume expands as a result of the contraction of the diaphragm and intercostal muscles (the muscles that are connected to the rib cage), thus expanding the thoracic cavity. Due to this increase in volume, the pressure is decreased, based on the principles of Boyle's Law.
SCUBA diving- Boyle's Law is also important to divers because it means that if a diver takes a lung- ful of air while he is underwater, that air will expand in his lungs as he rises to the surface. If he holds his breath, or ascends too rapidly (like a cork) the expanding air can rupture his lungs.
Explanation:
Just Follow My Account, And Thank You All, Keep it Up, Godbless.
14. what makes is scuba diving dangerous
Answer:
Diving does entail some risk. Not to frighten you, but these risks include decompression sickness (DCS, the “bends”), arterial air embolism, and of course drowning. There are also effects of diving, such as nitrogen narcosis, that can contribute to the cause of these problem
15. Snorkeling and scuba diving Similarities
Answer: What are the Similarities Between Snorkeling and Scuba Diving?
Explanation:
Both allow you to explore underwater attractions. You need to know basic swimming and floating skills. They require a mask, snorkel and fins.
Snorkeling and Scuba diving Similarities
1. Equipment: Both snorkeling and scuba diving require equipment such as masks, fins, and wetsuits to protect the diver and enhance their experience underwater.
2. Safety: Both activities require a certain level of skill and knowledge to ensure safety. Divers must be aware of their surroundings and take precautions to avoid injury or accidents.
3. Exploration: Both activities allow divers to explore the underwater world and observe marine life up close.
4. Physical activity: Both activities require physical exertion, with snorkeling being less strenuous than scuba diving.
5. Training: Both activities require some level of training and certification to ensure the diver knows how to use the equipment and stay safe while underwater.
16. a scuba diver needs a diving tank
Scuba divers need a diving tank bcuz it allowing underwater breathing for a prescribed amount of time. Because our body needs it for its metabolic function, the air in a SCUBA tank cannot be devoid of oxygen.
17. safety precautions and guidelines in scuba diving?
Answer:
THE TOP 10 safety tips for Scuba Diving
Explanation:
Never hold your breathNever without a buddyAscend slowly for every divePerform a safety stop at 5-6 metres (16-20 feet)Plan your dive and dive your planKnow your limits and dive within your limitationsCheck your air contents gauge regularly#Hope it helps#Carry on learning#Godbless18. It is necessary to memorize the hand signals in scuba diving
Answer:
Low On Air Hand Signal
The Low on Air hand signal is a very important signal that all divers must remember as it is a way to indicate that our gas supply is now using up our planned reserve pressure
Explanation:
PLS BRANLIEST I NEED IT
19. explain the science behind the following areas/scenarios based on boyle's law. Use not more than 5 sentences. 1.Invention of syringes2.Plane travel3.Popping a balloon4.Breathing5.SCUBA diving
Answer:
pahelp po kailanagna ko answer nito
20. Scuba diving tips for beginners
ANSWER:Scuba diving tips
To get certified as a diver, you need to know basic swimming (ability to float or tread water for 10 min, swim 200m unaided/300m with mask-fins-snorkel). However, to do introductory scuba diving program such as Try Scuba or a PADI Discover Scuba Diving program, swimming is not required.
Hope it helps!
21. Determine the gas law applied in the following: 1. Syringe a. Charles' Law b. Boyle's Law 2.Air bubbles a. Charles' Law b. Boyle's Law 3. Deep water diving a. Charles' Law b. Boyle's Law 4. Hot air balloon a. Charles' Law b. Boyle's Law 5. Bicycle pump a. Charles' Law b. Boyle's Law
Answer:
this is the answer
1. B
2. B
3. B
4. A
5. B
22. How does scuba diving equipment improve your diving skills?
Sims can go far out in the ocean and snorkel to improve their scuba diving skill. Snorkeling or taking Scuba Diving classes is the only way to improve the skill enough to be able to actually dive. Snorkeling may turn up small collectibles such as shells.
Explanation:
hope it helps:))
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23. The bends are decompression sickness experienced by scuba divers when theyignore Boyle's law. In this connection, your task is to discuss the relationship between the bend and Boyle's Law.
Answer:
Boyle's Law is useful in scuba diving because it helps scuba divers predict how air will expand and compress with water .
Explanation:
#CARRYONLEARNING
24. write something about scuba diving
Answer:
Firstly it is fun and enjoyable but can also be terrifying because of the yet to be discovered creatures underwater but is also great for experience. You may also learn about underwater wild life if you Scuba Duve
Explanation:
I hope i helped. That is all i can say
Answer:
Scuba diving is a sport or activity of swimming underwater using scuba gear. for me, scuba diving is for only professionals or who has experienced it, you can only wear scuba gear when you're diving on a deep ocean. While doing scuba diving,you have an oxygen carried on your back,you have a mouth piece with tube connected on the oxygen so you can breathe under the water.
(Sorry for my bad english, i ain't tisoy)
(hope it helps, please rate. i can take any criticism)
-stay safe:>
25. what is constant in boyle's law?
Answer:
Sarap ng poi nts
Explanation:
Sarap..
Answer:
This empirical relation, formulated by the physicist Robert Boyle in 1662, states that the pressure (p) of a given quantity of gas varies inversely with its volume (v) at constant temperature; i.e., in equation form, pv = k, a constant. ...
Explanation:
26. name of scuba diving equipment
Answer:
Dräger LAR 5010
LAR 5010 is a closed-circuit diving apparatus for special operations diving. Optionally, the apparatus can be supplied with Nitrox B to enable diving depths of 24 m. LAR 5010 offers the additional option to be ...
:)))
27. A. Fill in each blank with the appropriate word chosen from the given options in the box below. greater compressed increases decreases Boyle's Law explains how the volume of a gas varies with the surrounding pressure. Scuba diving is one of the many applications where the concept of the law is applied. In diving, as a diver descends, the water pressure around him ___________, causing air in scuba equipment and lungs to become ___________. As he ascends, water pressure ___________, so the air in the equipment and body expands to occupy a ___________ volume.
Answer:
increases
compressed
decreases
greater
28. history of scuba diving
Answer:
"Scuba diving is a sport that had its humble beginnings in ancient times. In early Greece and Rome, people used to swim or dive while holding their breath or by using makeshift breathing apparatuses like hollow plant stems. This was commonly practiced during combat or while gathering food and materials from the ocean."
Scuba diving is a sport that had its humble beginnings in ancient times. In early Greece and Rome, people used to swim or dive while holding their breath or by using makeshift breathing apparatuses like hollow plant stems. This was commonly practiced during combat or while gathering food and materials from the ocean.
We have come a long way since then. Underwater diving evolved from simple freediving or skin diving to the more sophisticated form that we know today thanks to contributions from many great minds throughout the centuries.
Modern scuba diving is built on thousands of years’ worth of innovations in underwater technology not to mention all of the physiological research on the effects of underwater pressure on the human body and the efforts to create standardized training programs for amateur divers. Now, let’s look at a quick summary of what scientists and experts had to explore, research, and invent to make scuba diving what it is today.
For the first nine months of our lives, we humans exist in an aquatic environment very similar to seawater. If an infant is submerged underwater, it instinctively holds its breath for up to 40 seconds while making swimming motions, although we seem to lose this ability as we get older and commence walking. Awakening these reflexes is one of the most important elements of freediving, thus giving humans better abilities to be survive at great depths.
“Apnea”
The word Apnea derives from the Greek word “a-pnoia,” which literally means “without breathing.” The origin of this word doesn’t have any connection to water, but in modern athletic terminology, “apnea” has become a synonym for freediving. When used in the context of this sport, “apnea” means diving on a single breath of air without using equipment that make it possible to breathe underwater.
Early Diving Equipment
The first snorkel used by ancient swimmers were hollow reeds that allowed them to breathe underwater. A particularly popular instance of this being used successfully was when a Greek sculptor named Scyllis was captured by Persians and taken prisoner on one of their ships, and he escaped and swam nine miles to rejoin his countrymen with the help of a hollow reed as a makeshift snorkel.
Greek philosopher Aristotle recorded the first use of “diving bells” in 4th century BC. They supposedly used cauldrons that were overturned and forced into the water so that it retained usable air for the diver. This rudimentary “technology” again resurfaced in the 16th century, when people started using primitive diving bells in the form of a wooden barrel. These were held stationary a few feet from the surface with its bottom open to water and its top portion containing air compressed by water pressure. A diver standing upright would have his head in the diving bell. He could leave it for a minute or two to collect sponges or explore the bottom, and then return for a short while until air in the bell was no longer breathable.
It’s also worth noting that sometime in the 13th century, Persian divers started making eye goggles by thinly slicing and polishing tortoise shells.
In 16th century England and France, full diving suits made of leather were used to dive at depths of up to 60 feet. Air was pumped down from the surface with the aid of manual pumps. Soon, helmets were made of metal to withstand even greater water pressure, allowing divers to go deeper.
29. explain how to prepare scuba diving?
Answer:
Scuba diving is a mode of underwater diving where the diver uses an apparatus which is completely independent of surface supply to breathe underwater.[1] The name "scuba", an acronym of "Self-Contained Underwater Breathing Apparatus", was first used by Christian J. Lambertsen in a patent submitted in 1952. Scuba divers carry their own source of breathing gas, usually compressed air,[2] allowing them greater independence and freedom of movement than surface-supplied divers, and longer underwater endurance than breath-hold divers.[1] Although the use of compressed air is common, a mixture of air and oxygen called enriched air or nitrox has become popular due to its benefit of reduced nitrogen intake during long or repetitive dives. Breathing gas diluted with helium may be used to reduce nitrogen narcosis.
30. compare scuba diving and competitive diving?
Scuba diving is diving. Competitive diving is being competitive while diving.
