I am able to swim !!!!

I am able to swim but i am unable to prove to you all due to lack of videos and so on , but i am going to prove it by showing a certicate of me passing the bronze exam during a week before.Reasons for me not taking any videos when i am having a test.Firsly,it is pointless due to the fact that lots of people taking part of the exam so it will be hard for you to identify me.Secondly,I have lack of friend that is great in video taking.Lastly,it is not important to take a video of me at all because if i am unable to swim,how can i able t pass the exam at all.Sorry to disappoint you all due to lack of visual support.

Reasons for lacking of renewing my process

Due to hn1n1 crisit,I have stop visiting swimming pool for sometime because i am fear of getting the virus.Instead of swimming,i am doing some lung exercise so that i can still carry on my swimming asap when the crisit is over.I am very sorry for unable to provide much information my process.

how to swim free style or front crawl

Recently i notice that i have not show you all what is a proper free syle.So i think that some of the people might not know how to swim therefore i find this useful video to show you all what is free style

Technique for front crawl

Technique
The first position for front crawl or Freestyle is the streamline position, that is to stay on the stomach with both arms stretched out to the front and both legs extended to the back.


Arm movement
The arm movement alternates from side to side. In other words, while one arm is pulling/pushing, the other arm is recovering. The arm strokes also provide most of the forward movement. The move can be separated into three parts: the pull, the push, and the recovery.

From the initial position, the arm sinks slightly lower and the palm of the hand turns 45 degrees with the thumb side of the palm towards the bottom. This is called catching the water and prepares for the pull. The pull movement follows a semicircle, with the elbow higher than the hand, and the hand pointing towards the body center and downward. The semicircle ends in front of the chest at the beginning of the ribcage.

The push pushes the palm backward through the water underneath the body at the beginning and at the side of the body at the end of the push.

Sometime after the beginning of the recovery of the one arm, the other arm begins its pull. The recovery moves the elbow in a semicircle in a vertical plane in the swimming direction. The lower arm and the hand are completely relaxed and hang down from the elbow close to the water surface and close to the swimmer's body. The beginning of the recovery looks similar to pulling the hand out of the back pocket of a pair of pants, with the small finger upwards. Further into the recovery phase, the hand movement has been compared to pulling up a center zip on a wetsuit. The recovering hand moves forward, with the fingers trailing downward, just above the surface of the water. In the middle of the recovery one shoulder is rotated into the air while the other is jumping backwards to avoid drag due to the large frontal area which at this specific time is not covered by the arm. To rotate the shoulder, some twist their torso while others also rotate everything down to their feet.

Beginners often make the mistake of not relaxing the arm during the recovery and of moving the hand too high and too far away from the body, in some cases even higher than the elbow. In these cases, drag and incidental muscle effort is increased at the expense of speed. Beginners often forget to use their shoulders to let the hand enter as far forward as possible. Some say the hand should enter the water thumb first, reducing drag through possible turbulence, others say the middle finger is first with the hand precisely bent down, giving thrust right from the start. At the beginning of the pull, the hand acts like a wing and is moved slower than the velocity of the swimmer while at the end it acts like an oar and is moved faster than the velocity of the swimmer.

A recreational variation of front crawl involves only one arm moving at any one time, while the other arm rests and is stretched out at the front. This style is called a "catch up" stroke and requires less strength for swimming. This is because the immersed length of the body is longer and more streamlined. This style is slower than the regular front crawl and is rarely used competitively: however, it is often used for training purposes even by professional swimmers, as it increases the body's awareness of being streamlined in the water. Total Immersion is a similar technique.


Leg movement
The leg movement in freestyle is called the flutter kick. The legs move alternately, with one leg kicking downward while the other leg moves upward. While the legs provide only a small part of the overall speed, they are important to stabilize the body position. This lack of balance is apparent when using a pull buoy to neutralize the leg action.

The leg in the initial position bends very slightly at the knees, and then kicks the lower leg and the foot downwards similar to kicking a football. The legs may be bent inward slightly. After the kick the straight leg moves back up. A frequent mistake of beginners is to bend the legs too much or to kick too much out of the water.

Ideally, there are 6 kicks per cycle, although it is also possible to use 8 kicks, 4 kicks or even 2 kicks. Franziska van Almsick, for example, swims very successfully with four kicks per cycle. When one arm is pushed down the opposite leg needs to do a downwards kick also, to fix the body orientation, because this happens shortly after the body rotation. Alternatively, front crawl can also be swum with a butterfly kick, although this reduces the stability of the swimming position. A breaststroke kick with front crawl arms (the Trudgen) is awkward, because the breathing pattern for front crawl needs a rotation, yet a breaststroke kick resists this rotation.


Breathing
Normally, the face is in the water during front crawl with eyes looking at the lower part of the wall in front of the pool, with the waterline between the brow line and the hairline. Breaths are taken through the mouth by turning the head to the side of a recovering arm at the beginning of the recovery, and breathing in the triangle between the upper arm, lower arm, and the waterline. The swimmer's forward movement will cause a bow wave with a trough in the water surface near the ears. After turning the head, a breath can be taken in this trough without the need to move the mouth above the average water surface. A thin film of water running down the head can be blown away just before the intake. The head is rotated back at the end of the recovery and points down and forward again when the recovered hand enters the water. The swimmer breathes out through mouth and nose until the next breath. Breathing out through the nose may help to prevent water from entering the nose. Swimmers with allergies exacerbated by time in the pool should not expect exhaling through the nose to completely prevent intranasal irritation.

Standard swimming calls for one breath every third arm recovery, i.e., every 1.5 cycles, alternating the sides for breathing. Some swimmers instead take a breath every cycle, i.e., every second arm recovery, breathing always to the same side. Most competition swimmers will breathe every other stroke, or once a cycle, to a preferred side. However some swimmers can breathe comfortably to both sides. Janet Evans could do this. Sprinters will often breathe a predetermined number of times in an entire race. Elite sprinters will breathe once or even no times during a fifty meter/yard race. For a one hundred yard race sprinters will often breathe every four strokes, once every two cycles, or will start with every four strokes and finish with every two strokes. In water polo, the head is often kept out of the water completely for better visibility and easier breathing, at the price of a much steeper body position and higher drag.

Body movement
The body rotates about its long axis with every arm stroke so that the shoulder of the recovering arm is higher than the shoulder of the pushing/pulling arm. This makes the recovery much easier and reduces the need to turn the head to breathe. As one shoulder is out of the water, it reduces drag, as one shoulder falls it aids the arm catching the water, as one shoulder rises it aids the arm at end of the push to leave the water.

Side-to-side movement is kept to a minimum: one of the main functions of the leg kick is to maintain the line of the body.

Start
The start is the regular start for swimming. After entering the water a brief underwater gliding phase follows, followed by an underwater flutter kick or butterfly kick. After a maximum of 15 metres underwater the swimmer has to surface and start swimming.


Turn and finish
The front crawl swimmer uses a flip or tumble turn to reverse directions in minimal time. The swimmer swims close to the wall as quickly as possible. In the swimming position with one arm forward and one arm to the back, the swimmer does not recover one arm, but rather uses the pull/push of the other arm to initialize a somersault with the knees straight to the body. At the end of the somersault the feet are at the wall, and the swimmer is on his or her back with the hands over the head. The swimmer then pushes off the wall while turning sideways to lie on the breast. After a brief gliding phase, the swimmer starts with either a flutter kick or a butterfly kick before surfacing no more than 15 m from the wall.

A variant of the tumble turn is to make a somersault earlier with straight legs, throwing the legs toward the wall and gliding to the wall. This has a small risk of injury because the legs could hit another swimmer or the wall.

For the finish the swimmer has to touch the wall with any body part, usually the hand. Most swimmers sprint the finish as quickly as possible, which usually includes reducing their breathing rate.

what is free style

Freestyle is an unregulated swimming style used in swimming competitions according to the rules of FINA. The front crawl stroke is almost universally used during a freestyle race, as this style is generally the fastest. As such the term freestyle is often used as a synonym for the front crawl.


Technique
Competitors in freestyle swimming can use any of the unregulated strokes such as front crawl, dog paddle, or sidestroke. Standalone freestyle events can also be swum using one of the officially regulated strokes (breaststroke, butterfly, and backstroke). For the freestyle part of medley competitions, however, one cannot use breaststroke, butterfly, or backstroke. Most competitive swimmers choose the front crawl during freestyle competitions, as this style provides the greatest speed. Freestyle competitions have also been swum completely and partially in other styles, especially at lower ranking competitions as some swimmers find their backstroke quicker than their front crawl. During the Olympic Games, front crawl is swum almost exclusively during freestyle.

So now i am will focus on front crawl because free style is often used as a synonym for the front crawl.

The front crawl
The front crawl, or forward crawl, is a swimming style usually regarded as the fastest of all the styles developed. It is one of two long axis strokes, the other being the backstroke. Unlike the backstroke, butterfly, and breaststroke, the front crawl is not regulated by FINA, but it is nearly universally swum in freestyle competitions. This style is sometimes referred to as the Australian crawl or the American crawl, although these are, in fact, more specific variants, both of which qualify as front crawl strokes. This style is also sometimes called freestyle although it is technically only one of the freestyle strokes.

Technique of frog style

Technique

Arm movement
There are three steps to the arm movement: outsweep, insweep, and recovery. The movement starts with the outsweep. From the initial position, the hands sink a little bit down and the palms face inward, and the hands rotate outward and move apart. During the outsweep the arms stay almost straight and parallel to the surface. The outsweep is followed by the insweep, where the hands point down and push the water backwards. The elbows stay in the horizontal plane through the shoulders. The hands push back until approximately the vertical plane through the shoulders. At the end of the insweep the hands come together with facing palms in front of the chest and the elbows are at the side at the body. In the recovery phase the hands are moved forward again into the initial position under water. The entire arm stroke starts slowly, increases speed to the peak arm movement speed in the insweep phase, and slows down again during recovery. The goal is to produce maximum thrust during the insweep phase, and minimum drag during the recovery phase.

As a variant, it is possible to recover the arms over water. This reduces drag, but requires more power. Some competitive swimmers use this variant in competition.

Another variant is the underwater pull-down, similar to the push phase of a butterfly stroke. This stroke continues the insweep phase and pushes the hands all the way to the back to the sides of the hip. This greatly increases the push from one stroke, but also makes recovery more difficult. This style is well suited for underwater swimming. However, FINA allows this stroke only for the first stroke after the start and each turn. In late 2005, FINA has also introduced a new rule which allows you to perform a single downward kick after the push off the wall.


Tips
Arms start slowly and speed up during the phases, similar to a motorcycle accelerating after standing on a red light. The arms are never paused until they reach the front and the swimmer is in the glide. You can learn more in this detailed arm stroke description.


Leg movement
The leg movement, colloquially known as the "frog kick", consists of two phases: bringing the feet into position for the thrust phase and the insweep phase. From the initial position with the legs stretched out backward, the feet are moved together towards the posterior, while the knees stay together. The knees should not sink too low, as this increases the drag. Then the feet point outward in preparation for the thrust phase. In the thrust phase, the legs are moved elliptically back to the initial position. During this movement, the knees are kept together. The legs move slower while bringing the legs into position for the thrust phase, and move very fast during the thrust phase. Again, the goal is produce maximum thrust during the in sweep phase, and minimum drag during the recovery phase. In the recovery phase the lower leg and the feet are in the wake of the upper leg, and the feet are pointed to the rear. In the thrust phase all three parts create their own wake, and the flat end of the feet acts like a hydrofoil aligned to give maximum forward thrust. The resulting drag coefficient (or more precisely the frontal area) is thus doubled in the thrust phase. A fit adult creates a wake. Drag due to a wake is Newton drag and increases with the square of the velocity. For example if the relative speed between the water and the leg is twice as high on the thrust phase than on the recovery phase, the thrust is four times as high as the drag. Assuming the legs are recovered with a relative speed between leg and body which amounts to the same as the relative speed between water and body, the legs must be kicked back with five times the mean velocity of the swimmer. This limits the top speed. Both effects together, velocity and frontal area, yield a thrust to drag ratio of 8 for the legs.

As a variant, some swimmers move the knees apart during the preparation phase and keep them apart until almost the end of the thrust phase. Moving both knee and foot outwards like a real frog avoids the extreme rotation in the lower leg.

All other variants fail to increase the frontal area, yet swimmers using them still generate some thrust by the velocity variation and do not drown. Another variant of the breaststroke kick is the scissor kick, however, this kick violates the rules of the FINA as it is no longer symmetrical. Swimming teachers put a great effort into steering the students away from the scissor kick. In the scissor kick, one leg moves as described above, but the other leg does not form an elliptical movement but merely an up-down movement similar to the flutter kick of front crawl. Some swimming teachers believe that learning the front crawl first gives a higher risk of an incorrect scissor kick when learning breaststroke afterwards.

Breaststroke can also be swum with the dolphin kick in butterfly, yet this also violates the FINA rules. One kick is allowed, however, at the start and at the turn providing that it is part of the body's natural movement.

The harmonic movements of the dolphin kick and flutter kick are in contrast to the breaststroke whip kick, which really deserves the name kick. Scissor kick and frog kick are intermediate. Humans have strong muscles in the legs and would need swim fins (like a frog) to bring all their power into the water and stand with the sole of the feet on the water. Rather the leg grabs almost as much water as the foot and a small amount of water is accelerated to high kinetic energy, but not much impulse is transferred. The toes are bent, the feet point 45° outwards, the sole points backwards, to mimic a hydrofoil. While closing in a V shape to the rear a small “lifting” force can be felt. Unlike in the other kicks, the joints are moved into extrema. Before the kick the knee is maximally bent and the upper leg is rotating along its axis to its extreme outer position and the lower leg is twisted to extreme, at the end of the kick the ankles are maximally turned to the inside so that the soles clap together to achieve a nozzle effect like in a jelly fish. Therefore training involves getting flexible in addition to fitness and precision. The sudden sideway stress on knee at the kick can lead to uncomfortable noise and feeling for the beginner and to wear for the senior.

BreathingThe best way to breathe during breaststroke is to let the head follow the spine. When your elbows have reached the line of your eye and have begun to rise your head starts to lift. If you use your high elbows as a hinge for the inward sweep of your hands and forearms, you'll create the leverage you need to use your abdominal muscles to bring your hips forward. When your hips move forward, your chest, shoulders and upper back will automatically lift up. Breathing is usually done during the beginning of the insweep phase of the arms, and the swimmer breathes in ideally through the mouth. The swimmer breathes out through mouth and nose during the recovery and gliding phase. Breaststroke can be swum faster if submerged completely, but FINA requires the head to break the surface once per cycle except for the first cycle after the start and each turn. Thus, competitive swimmers usually make one underwater pull-out, pushing the hands all the way to the back after the start and each turn.

Some people keep their head above water at all times when they swim breaststroke. This is not only difficult and unpleasant, but also dangerous for the spine. Swimming with the face held out of the water puts undue strain on the muscles of the neck and back which can lead to damage of the spine’s interior facet joints.


Body movement
The movement starts in the initial position with the body completely straight, the body movement is coordinated such that the legs are ready for the thrust phase while the arms are halfway through the insweep, and the head is out of the water for breathing. In this position the body has also the largest angle to the horizontal. The arms are recovered during the thrust phase of the legs. After the stroke the body is kept in the initial position for some time to utilize the gliding phase. Depending on the distance and fitness the duration of this gliding phase varies. Usually the gliding phase is shorter during sprints than during long distance swimming. The gliding phase is also longer during the underwater stroke after the start and each turn.


Start
Breaststroke uses the regular start for swimming. Some swimmers use a variant called the frog start, where the legs are pulled forward sharply before being extended again quickly during the airborne phase of the start. After the start a gliding phase follows under water, followed by one underwater pulldown and dolphin kick, then one whip kick as you slide your hands back into a streamline. This is known as the pull-out. The head must break the surface before the first stroke is swum. The downward butterfly kick was legalized by FINA and the NCAA in 2005, and remains optional. The downward fly kick is now allowed in MCSL.

Turn and finish
For competitive swimming it is important that the wall at the end of the lane is always touched by both hands (known as a "Two-Hand Touch") at the same time due to FINA regulations.

The turn is initiated by touching the wall during the gliding or during the recovery phase of the arms, depending on how the wall can be touched faster. After touching the wall, the legs are pulled underneath of the body. The body turns sideways while one hand is moved forward (i.e. towards the head) along the side of the body. When the body is almost completely turned, the other hand will be swung straight up through the air such that both hands meet at the front at the same time. At that time the body should also be almost in the horizontal and partially or totally submerged. After the body is completely submerged, the body is pushed off the wall with both legs. Doing this under water will reduce the drag. After a gliding phase, an underwater pull-out is done, followed by another gliding phase and then regular swimming. The head must break the surface during the second stroke.

As a variant, some swimmers experiment with a flip over turn similar to front crawl.

The finish is similar to the touching of the wall during a turn.


Styles
The three main styles of breaststroke seen today are the conventional (flat), undulating, and wave-style. The undulating style is usually swum by extremely flexible girls, (e.g. Amanda Beard), and few Masters have the flexibility to accomplish it. The wave-style breaststroke, swum and made famous by Mike Barrowman when he created a world record using it, is now commonly swum by Olympians, though Australian swimmers, most prominently Leisel Jones, generally seem to shun it. Olympian Ed Moses still swims a more flat- style, despite the rapidly increasing popularity of the wave-style.

The wave-style breaststroke starts in a streamlined position, with shoulders shrugged to decrease drag in the water. While the conventional style is strongest at the outsweep, the wave-style puts much emphasis on the insweep, thus making the head rise later than in the conventional style. The wave-style pull is a circular motion with the hands accelerating to maximum speed and recovering in front of the chin, elbows staying at the surface and in front of the shoulders at all times. The high elbows creates the leverage for the powerful torso and abdominal muscles to assist in the stroke. During the insweep, the swimmer accelerates his/her hands and hollows his/her back and lifts him/herself out of the water to breathe. To visualize, some say that the hands anchor themselves in the water while the hips thrust forward.

The hollowed back and accelerating hands would lift the head out of the water. The head stays in a natural position, looking down and forward, and the swimmer inhales at this point. The feet retract to the butt without moving the thigh, thus reducing resistance. The swimmer is at his/her highest point at this point.

Then the swimmer shrugs his shoulders and literally throws his arms and shoulders forward, lunging cat-like back into the water (though the emphasis is to go forward, not down). As the swimmer sinks, he/she arches his/her back, and kicks. The timing is very important in order for the kick to transfer all of its force via the arched back, but the optimum time is when the arms are 3/4 fully extended. Then the swimmer kicks and presses on his/her chest, undulating a little underwater, and squeezing the gluteus maximus to prevent the legs and feet from rising out of the water. The swimmer has now returned to the streamlined position, and the cycle starts again.

Incidentally, the wave motion should not be overly emphasized and the swimmer should only rise until the water reaches his biceps, instead of pushing his entire torso out of the water, wasting a great deal of energy.

How to swim frog style

Recently i notice that i have not show you all what is a proper free syle.So i think that some of the people might not know how to swim therefore i find this useful video to show you all what is frog style