No, to be a warfare officer in the Royal Navy you must have CP (colour perception) level 2, which is normal colour vision. There are still careers available in the navy with CP3 and CP4 however.
The required standard of colour vision for service as a mine clearance diver in the Royal Navy is designated as being CP3, which requires a pass of the Ishihara test or the subsequent lantern test. Failing both of these results in a wires test, in which a pass would designate CP4 colour vision, failing the wires test leaves the candidate with CP5 colour vision, designated unfit for service.
The Battery Charger and 1200mAh Power Bank Combo CP4-AA is a popular product.
You can get assistance with hard drive recovery from CP4.com. They are a professional data recovery company that will assist you with recovering your hard drive and lost data.
Rudy Castillo has: Performed in "Isang araw walang Diyos" in 1989. Played CP4 Melchor in "Aswang" in 1992. Performed in "Kakambal ko sa tapang" in 1993. Played Henchman in "Ligaw na bala: Lt. Alexander Lademor" in 1997. Performed in "Pagbabalik ng probinsyano" in 1998. Performed in "Alyas Big Time" in 1999. Played Riot Flashback in "Deathrow" in 2000. Played Pirate in "Krocodylus" in 2000. Played Policeman in "Alipin ng tukso" in 2000. Played Goon in "Di kita ma-reach" in 2001.
The cast of Sa piling ng aswang - 1999 includes: Joan Aguas Gina Alajar as Lola Gunding Andy Baylob Janus del Prado Cogie Domingo as Joshua Diones Ebayan Jubal Gallaga Junell Hernando Pilar Lafontaine as Lin-Ay Bea Lopez Rommel Martin Gary Marzo Gigette Reyes as Laum Manilyn Reynes as Zenaida Jason Salcedo Alain Sia Justin Simoy Maricel Soriano as Marines Gardo Versoza Albert Villan Chris Vivero
Volcanoes and earthquakes are similar but different at the same time. Similarities: *Caused by tectonic plate movement *Usually cause a lot of damage *Almost always very dangerous Differences: *When an earthquake happens it can literally make a volcano erupt *Cause different types of damage EX: Volcanoes burn stuff and earthquakes destroy it *Vary in sizes
Prestressed Spun Concrete PileFoundations of any building or structure shall be designed and constructed to withstand safely all the dead, imposed and wind loads without impairing the stability or inducing excessive movement to the building or of any other building, street, land, slope or services. The allowable capacity of the soil/rock under working loads where any foundation is founded shall be the lesser of : the ultimate capacity for bearing, bond or friction with an adequate factor of safety against failure; orthe value in relation to bearing, bond or friction such that the maximum deformation or movement induced to the foundation under working loads can be tolerated by the building, any other building, structure, land, street and services.The allowable capacity may be increased by 25% when such increase is solely due to wind effects. In determining the said factor of safety against failure, due consideration shall be given to the form and depth of the foundation, loading characteristics, the general geological conditions of the ground and its surrounding including the presence of dissolution features, jointing conditions and any other relevant characteristics for rock.Prestressed Concrete Spun Piles should be driven to relatively stiff stratum with sufficient embedded length in residual soil or decomposed rock in order to develop the high bearing capacity and minimize the amount of long-term settlement. The effect of soil movement and percussion during driving on the stability of any adjacent building, structure, land, street and services should be carefully assessed. Stringent requirements on performance test and quality control are usually required for this type of pile. Where it is necessary to drive the pile into thick layer of stiff soil, steel conical pile shoes with cross stiffener should be used.Segmented Prestressed Concrete Spun PilesLarge diameter spun concrete piles are often manufactured with centrifugal casting in segments 8 to 16 ft (2.4 to 4.9 m) in length. Longitudinal holes are formed during casting to re ceive post-tensioning strands or wires. Stressing follows assembly of the segments and proper application of the joint sealant material. Such sealing material (generally polyester resin) should be of sufficient thickness to fill all voids be tween surfaces. The pile sections should be brought into contact and held together under compression while the sealing material sets. After completing the prestressing, all tendons should be fully grouted and stress on tendons maintained until the grout develops the required strength. Grouting should follow the procedures outlined in the PCI Recommended PracticeDriven Prestressed Spun Concrete PilesThe high strength prestressed spun concrete piles, commonly driven with hydraulic impact hammers or preferably installed with jacked-in rigs when considering the stricter regulations with respect to noise and vibrations in more urban areas, often offer a competitive choice of foundation system for projects with medium and high loadings. They are widely used in foundations for schools, high-rise buildings, factories, ports, bridges and power plants in this region. In early years, the main construction control for driven piles was mostly based on the measurement of set of each pile coupled with a selected small number of non instrumented static load tests to verify the specified load-settlement requirements. In recent years, with critical evolution in the understanding of the load transfer and bearing behavior of piles mainly through analysis of instrumented full-scale load tests (particularly for bored cast-in-place piles), many engineers can now appreciate that the pile performance is not simply a matter of ultimate load value alone. According to Fleming (1996) some of the basic parameters required for forecasting pile deformation under loads include (a) Ultimate shaft load and its characteristics of transformation to the ground; (b) Ultimate base load; (c) Stiffness of the soil below the pile base; (d) Pile dimensions; and (e) Stiffness of the pile material. This recent development in the understanding of the load transfer and bearing behaviour of piles in fact exerted a significant and positive influence on the evolution of codes of practice and design methods for foundations in some countries. For example, the revised Singapore Standard on Code of Practice for Foundations CP4: 2003, recommends that the static load test on preliminary test pile be instrumented to measure the transfer of load from the pile shaft and pile toe to the soil. The Code also recommends that for driven piles (similar to bored cast-in-place piles), the axial load capacity can be evaluated empirically from correlation with standard penetration tests SPT N-values (which are widely used in this region) using modified Meyerhof Equation, where the ultimate bearing capacity of a pile in compression is given by:Qu = Ks*Ns*As + Kb*(40Nb)*AbWhere:Qu is the ultimate bearing capacity of the pile, kN;Ks is the empirical design factor relating ultimate shaft load to SPT values, kN/ m2 per SPT blow;Ns is the SPT value for the pile shaft, blows/300mm;As is the perimeter area of the shaft, m2;Kb is the empirical design factor relating ultimate end bearing load to SPT values, kN/ m2per SPT blow;Nb is the SPT value for the pile base, blows/300mm;Ab is the cross-sectional area of the pile base, m2.For bored piles, instrumentation using sacrificial cast-in vibrating wire strain gauges and mechanical tell-tales which permit for monitoring of axial loads and movements at various levels down the pile shaft including the pile toe level had been practiced successfully within limits of accuracy posed by constraints inherent of the installation method, in this region for many decades, allowing insight evaluation of Ks and Kb factors, (Chan, S.F.& Lee, P.C.S.,1990,; S.F. Chan, 2004, Abdul Aziz, H.M. & S.K. Lee, S.K., 2005; H.M. Abdul Aziz , H.M. & Lee, S.K. 2006).For precast driven piles, the application of instrumented full-scale static load tests is far more challenging than their bored pile counterparts due to significant difference in method of pile installation. Due to practical shortcoming of conventional instrumentation method and the lack of innovation in this area, instrumented full-scale static load tests are in fact rarely used in driven pile application in this region. Therefore, the far lacking driven pile industry is long due for a better technology to revolutionize the methodology in the acquisition of design data in a more accurate and reliable way, to catch up with the evolution in the design methods.
Disability categories- Amputee: Athletes with a partial or total loss of at least one limb.- Cerebral Palsy: Athletes with non-progressive brain damage, like cerebral palsy, traumatic brain injury, stroke or similar disabilities affecting muscle control, balance or coordination.- Intellectual Disability: Athletes with a significant impairment in intellectual functioning and associated limitations in adaptive behavior. (This category is currently suspended.)- Wheelchair: Athletes with spinal cord injuries and other disabilities which require them to compete in a wheelchair.- Visually Impaired: Athletes with vision impairment ranging from partial vision, sufficient to be judged legally blind, to total blindness.- Les Autres: Athletes with a physical disability that does not fall strictly under one of the other five categories, such as dwarfism, multiple sclerosis or congenital deformities of the limbs such as that caused by thalidomide. (The name for this category is the French for "the others").http://en.wikipedia.org/wiki/ParalympicsInternational Blind Sports Association (IBSA) ClassesB1 -- An athlete in this class will either have no light perception at all in either eye or may have some light perception but an inability to recognize the shape of a hand at any distance or in any direction.B2 -- The athlete can recognize the shape of a hand and has the ability to perceive clearly up to *2/60. The visual field of the athlete is less than five degrees.*2/60: A person can see at two meters what is normally seen at 60 meters. B3 The athlete can recognize the shape of a hand and the ability to perceive clearly above 2/60 up to 6/60. The visual field of the athlete varies between more than 5 degrees and less than 20 degrees.Cerebral Palsy International Sport and Recreation Association (CP-ISRA)CP1, CP2, CP3, and CP4 are classes of athletes with cerebral palsy who use a wheelchair during competition (excluding swimming).CP5, CP6, CP7, and CP8 are athletes with cerebral palsy who do not use a wheelchair during competition.CP1 -- Athletes with poor functional range of movement and poor functional strength in arms, legs, and trunk. The athletes use electric wheelchairs or assistance for mobility. They are unable to propel a wheelchair. The athletes compete in a wheelchair.CP2 -- Athletes with poor functional strength in arms, legs, and trunk. The athletes are able to propel a wheelchair. The athletes compete in a wheelchair.CP3 -- The athletes show fair amount of trunk movement when pushing a wheelchair, but forward trunk movement is often limited during forceful pushing. Although showing some trunk movement while throwing, motions are mostly from the arm. The athletes compete in a wheelchair.CP4 -- The athletes show good functional strength with minimal limitations or control problems in arms and trunk. The athletes show poor balance. The athletes compete in wheelchairs.CP5 -- The athletes have normal static balance, but show problems in dynamic balance. A slight shift of center of gravity may lead to loss of balance. The athletes may need an assistance device for walking, but not necessarily when standing or throwing (in athletics field events). The athletes may have sufficient function to run on the track.CP6 -- The athletes do not have the capability to remain still: They show involuntary cyclic movements and usually all four limbs are affected. The athletes are able to walk without any assistance. They usually have more control problems with the arms and they have better leg functions than CP5, especially when running.CP7 -- The athletes have uncontrollable muscular spasms in one half of the body. They have good functional abilities in the dominant side of the body. They walk without assistance but often with a limp due to uncontrollable muscular spasms in the leg. While running, the limp may disappear almost totally. Their dominant side has better development and good follow-through movement in walking and running. Arm and hand control is affected only on the nondominant side; good functional control is shown on the dominant side.CP8 -- The athletes show a minimum of uncontrollable spasm in either one arm, one leg, or one half of the body. To be eligible, these athletes need to have a diagnosis of cerebral palsy or other nonprogressive brain damage.International Sports Federation for Persons with Intellectual Disability (INAS-FID)To become eligible to compete in the Paralympic Games, all athletes with an intellectual disability have to reach the minimum disability criteria, which, in accordance with the World Health Organization (WHO) definition, are determined by:An IQ score below 70. (The IQ score of the average person is 100.)Limitations in regular skills areas (communication, self-care, social skills, etc.).Onset before the age of 18.Following is a list of the 18 medal sports with their classifications and a brief explanation of the physical function of each class. The classifications reflect the functional ability a particular athlete is expected to have. (Wheelchair basketball and intellectual disability basketball together are one medal sport; similarly, sitting volleyball and standing volleyball.)ArcheryThe archery classification system is divided into three different classes:Archery Standing = ARST Archery Wheelchair 1 = ARW1 Archery Wheelchair 2 = ARW2ARST -- Archers in the standing class have no disabilities in the arms. The legs show some degree of loss of muscle strength, coordination and/or joint mobility.ARW1 -- Archers in the ARW1 class have disabilities in arms and legs. They have limitations in range of movement, strength and control of arms, and poor or nonexisting control of the trunk. The legs are considered nonfunctional due to amputations and/or similar limitations of movement, strength and control. They compete in a wheelchair.ARW2 -- Archers in the ARW2 class have paralysis in the lower part of the body, including the legs. They compete in a wheelchair.Athletics (Track and Field)In athletics, competitors from all six disability categories compete: visually impaired; intellectually disabled; cerebral palsy; amputees; les autres; and spinal cord injury athletes competing in wheelchairs.Therefore, the class nomenclature is structured accordingly:Classes 11-13 cover the different levels of vision impairment.Class 20 covers intellectually disabled athletes.Classes 32-38 cover the different levels of cerebral palsy.Classes 42-46 cover the different levels of amputations and other disabilities (les autres).Classes 51-58 cover the different levels of spinal chord injuries.The letter "T" marks track events; the letter "F" stands for field events. The lower the class number, the higher the level of disability; the higher the class number, the lower the level of disability.Track ClassesT11 -- B1 athletes.T12 -- B2 athletes.T13 -- B3 athletes.T20 -- Athletes with an intellectual disability.T32 -- CP2 athletes. There are no events in class T32. The athletes compete together with athletes in class T33.T33 -- CP3 athletes. T32 athletes (CP2) compete in this class.T34 -- CP4 athletes.T35 -- CP5 athletes.T36 -- CP6 athletes.T37 -- CP7 athletes.T38 -- CP8 athletes.T42 -- Single above-knee amputation or combined arm/leg amputations.T43 -- Double below-knee amputation or combined arm/leg amputations.T44 -- Single below-knee amputation or athletes who can walk with moderately reduced function in one or both legs.T45 -- Double above-elbow amputations or double below-elbow amputations.T46 -- Single above-elbow amputation, single below-elbow amputation, or athletes who have normal function in both legs but impairment in the trunk and/or arms.T51 -- Mild weakness in shoulders. Can bend elbows normally but have limited ability to straighten. Can bend wrists backward but not forward. No movement in fingers. No trunk or leg function.T52 -- Have good shoulder, elbow and wrist function. Have limited finger movements. No trunk or leg function.T53 -- Have normal arm and hand function. Have no or limited trunk function. Have no leg function.T54 -- Have normal arm and hand function. Have a range of trunk function from some to normal. May have some leg function.Field ClassesF11 -- B1F12 -- B2F13 -- B3F20 -- Athletes with an intellectual disability.F33 -- CP3F35 -- CP5F37 -- CP7F38 -- CP8F42 -- Includes single above-knee amputation, double above-knee amputations, and athletes with combined arm/leg amputations. It may also include athletes with severe problems when walking, such as impairments in one leg from polio.F43 -- Double below-knee amputations or athletes with combined leg/arm amputations. Athletes may also have normal function in the throwing arm in association with reduced function in the legs or certain balance problems.F44 -- Single below-knee amputation. Athletes with normal function in the throwing arm and slightly reduced function in the legs or slight balance problems.F45 -- Double above-elbow amputations and double below-elbow amputations.F46 -- Single above-elbow amputation and single below-elbow amputation. Athletes may also be ambulatory with normal function in the throwing arm and minimal trunk or leg disability or reduced function in the nonthrowing arm.F51 -- Mild weakness in shoulders. Can bend elbows normally, but have limited ability to straighten. Can bend the wrists backward but not forward. No movement in fingers. No trunk or leg function. Athletes from CP2 compete in this class.F52 -- Shoulders and elbows are normal. Usually have good wrist function but limited finger movement. No trunk or leg function.F53 -- Have normal shoulders, elbows, and wrists, with mild limitation of hand function. No trunk or leg function.F54 -- Have normal arm and hand function. Have no trunk or leg function.F55 -- Have normal arm and hand function. In relation to the trunk, can extend the spine in an upward direction and can rotate the spine. No leg function.F56 -- Have normal arm and hand function. Can extend the trunk upward, can rotate, and can move backward and forward in a sitting position. Have some leg function.F57 -- Have normal arm and hand function. Can move the trunk in an upward direction, can rotate, can move backward and forward, and can move side to side. Have an increase in leg function in comparison with F56.F58 -- Have normal arm and hand function. Have normal trunk function. Have more leg function than F57.Basketball - WheelchairTo be eligible to play wheelchair basketball an athlete must have a permanent physical disability in the lower limbs that prevents him or her from running, jumping, and pivoting as an able-bodied player.Once a player has met this requirement, he or she is classified to play under the International Wheelchair Basketball Federation's (IWBF) Player Classification System.Players are assigned a point value from 1.0 through to 4.5 according to their level of physical function. These points are then added together with a team not permitted to exceed 14 points for the five players on court at any given time. This ensures that any player, regardless of degree of disability, has an integral role to play within the team structure.Observed trunk movements and stability during actual basketball competition, not medical diagnosis, form the basis of player classification.1 point players -- Have no lower limb movement, and little or no controlled trunk movement. Their balance in both the forward and sideways directions is significantly impaired, and they rely on their arms to return to the upright position when unbalanced. These players have no stability in a contact situation and usually rebound overhead single-handed.2 point players -- Usually have no lower limb movement, but have some partially-controlled trunk movement in the forward direction. They do not have controlled sideways movement or trunk rotation. Players have limited stability in a contact situation, often relying on their handgrip to remain upright in a collision.3 point players -- May have some lower limb movement. Have controlled trunk movement forward to the floor and up again, and have some rotation control. Players do not have good sideways trunk control, but are more stable in a contact situation and able to comfortably rebound overhead with two hands.4 point players -- Have normal trunk movement, but due to some reduced lower limb function are unable to lean sideways to both sides with full control. Stable in contact and rebounding, with normal forward and rotation movements.4.5 point players -- The players with the least disability on court. Usually have only minimal lower limb dysfunction or single below-knee amputation. Normal trunk movement in all directions. Very stable in contact and rebounding.There are situations where a player does not fit into the exact categories for classification. In these cases, the classifiers may assign a player a half-point above or below a certain class. This creates players with 1.5, 2.5, or 3.5 points assigned to them. The team total of 14 points on court does not alter when this occurs.Basketball - Intellectual DisabilityTo become eligible for basketball intellectual disability, all athletes have to reach the minimum disability criteria laid down by INAS-FID, the world governing body for athletes with an intellectual disability.BocciaBC1 -- CP1 and CP2. Compete with assistance.BC2 -- Only CP2. No assistance permitted.BC3 -- Severe CP1. Compete with some assistance device.CyclingCY -- B1, B2, and B3. The athletes compete together in an open class.LC1 -- The athletes have minor or no leg disabilities and no other disabilities. The class includes athletes with an amputation of more than half-foot (forefoot) or a leg length difference of 7-12cm.LC2 -- The athletes have a disability on one leg, but they are able to pedal normally using both legs (with or without prosthesis). The class includes athletes with single above- or below-knee amputations or a length difference of more than 12cm.LC3 -- The athletes have a disability on at least one leg, and pedal only with the other leg. The class includes athletes with loss of muscle strength in both legs or the limited flexion ability of the knee less than 50 degrees.Division 2 CP5 and CP6 together (tricycle).Division 3 CP5 and CP6 together (bicycle).Division 4 CP7 and CP8 together.EquestrianGrade 1 -- The athletes are mainly wheelchair users with either poor trunk balance or the limitation of function in all arms and legs. Athletes with no trunk balance but good arm functions are also eligible in this class.Grade 2 -- The athletes are mainly wheelchair users or those with severe movement disabilities, involving the trunk balance, but with good to mild arm functions. Athletes with loss of function of both arm and leg on one side of the body are also eligible in this class.Grade 3 -- The athletes are mainly able to walk without support. The may have either disabilities in both arm and leg on one side of the body, moderate disabilities in both arms and both legs, or severe arm disabilities. Athletes classified as B1 are also eligible in this class.Grade 4 -- The athletes have a disability in only one or two extremities or some visual impairment (B2, B3).FencingIn fencing, only athletes in a wheelchair can compete.A CategoryAthletes from Class 3 and 4.Class 3 -- The athletes have a good sitting balance of the trunk without support of the legs (double above-knee amputations). The arm used for fencing is functional.Class 4 -- The athletes have good sitting balance and support of the legs. The arm used for fencing is functional.B CategoryAthletes from Class 2.Class 2 -- The athletes have bad or fair/moderate sitting balance. The athletes with bad sitting balance have no problem with the fencing arm. The athletes with good sitting balance have a minimally affected fencing arm.(Athletes from Class 1 do not compete in the Paralympic Games.)Football (Soccer)Athletes with the classes CP5, CP6, CP7, and CP8 are eligible to compete.One player from classes CP5 and CP6 must be in the field at all times. (If not, the team must play with six players instead of seven.)GoalballAthletes with the class B1, B2, and B3 are eligible to compete.The athletes compete together in an open event. During competition all athletes have their eyes covered.JudoAthletes with the class B1, B2, and B3 are eligible to compete. The athletes compete together in an open event. The same seven weight divisions in Olympic judo competition are in Paralympic judo.PowerliftingIn powerlifting, athletes with amputations and other (les autres) disabilities can compete together with CP athletes, wheelchair athletes, and dwarfs. Competition is divided into different weight classes.To become eligible in international powerlifting competition, the athletes have to meet the minimum disability criteria, as outlined in the relevant publications of ISOD, CP-ISRA, and ISMWSF.Amputees and les autres (ISOD): Amputation through or above ankle of one leg. Slightly reduced function in the legs or slight balance problems.Cerebral palsy (CP-ISRA): Minimal but obvious impairment of functions. Evidence of spasticity and/or involuntary movement in at least one limb.Wheelchair athletes (ISMWSF): Athletes must have at least 10 percent loss of function of their lower limbs.Additionally, the competitor must have the ability to fully extend the arms, with no more than 20-degree loss of full extension in either elbow, to perform an approved lift according to the IPC powerlifting rules.SailingSailing is a multidisability sport, where athletes from the following disability groups can compete together:Amputees / les autres athletesSpinal cord injuries athletesCerebral palsy athletesVisually impaired athletesThe classification system is based entirely on the functions required to compete in sailing.Four functional classes have been identified:StabilityHand functionsInabilityVisionIn each functional class the athletes are categorized under one of several categories, depending on their functional limitations, and are finally rated according to a point system, from one point, describing the most limited functional ability, up to seven points, describing the highest level.Each crew of three sailors is allowed a maximum of 12 points.ShootingIn shooting, athletes with a physical disability (amputees and les autres, cerebral palsy or spinal cord injuries) reaching minimum disability criteria can compete.The shooting classification system is divided into two main classes:SH1 -- Pistol and rifle competitors who do not require a shooting stand.SH2 -- Rifle competitors who have no ability to support the weight with their arms and therefore require a shooting stand.SwimmingSwimming is the only sport that combines the conditions of limb loss, cerebral palsy (coordination and movement restrictions), spinal cord injury (weakness or paralysis involving any combination of the limbs), and other disabilities (such as dwarfism or major joint restrictions) across classes.All classes begin with an "S."Classes S1-S10 -- are for swimmers with a physical disability.Classes S11-S13 -- are for swimmers with a visual impairment.Class S14 -- is for swimmers with an intellectual disability.The prefix "S" to the class denotes the class for freestyle, backstroke and butterfly.The prefix "SB" to the class denotes the class for breaststroke.The prefix "SM" to the class denotes the class for individual medley.The range is from the swimmers with severe disability (S1, SB1, SM1) to those with the minimal disability (S10, SB9, SM10).In any one class some swimmers may start with a dive or in the water depending on their condition. This is factored in when classifying the athlete.Below are some examples of swimming functional classes:S1, SB1, SM1 -- Swimmers who have severe coordination problems in four limbs or have no use of their legs, trunk, hands and minimal use of their shoulders.S2, SB1, SM2 -- Similar disabilities to class S1, but these athletes would have more propulsion by using their arms and legs.S3, SB2, SM3 -- Swimmers with reasonable arms strokes but no use of their legs or trunk. Severe limb loss to four limbs. Athletes in this class would have increased ability when compared with S2.S4, SB3, SM4 -- Swimmers who use their arms and have minimal weakness in their hands but have no use of their trunks or legs. Swimmers with coordination problems affecting all limbs but predominantly the legs. Also for severe limb loss to three limbs. Increased ability when compared with S3.S5, SB4, SM5 -- Swimmers with full use of their arms and hands but no trunk or leg muscles. Swimmers who still have coordination problems.S6, SB5, SM6 -- Swimmers with full use of their arms and hands, some trunk control but no useful leg muscles. Swimmers with coordination problems, although usually these athletes can walk. Also for dwarfs and swimmers with major loss in two limbs.S7, SB6, SM7 -- Swimmers with full use of their arms and trunk with some leg function. Swimmers with coordination problems or weakness on the same side of the body. Limb loss in two limbs.S8, SB7, SM8 -- Swimmers with full use of their arms and trunk with some leg function. Swimmers with use of one arm only or some limb loss.S9, SB8, SM9 -- Swimmers with severe weakness in one leg only. Or swimmers with very slight coordination problems or with one limb loss. Usually these swimmers start out of the water.S10, SB9, SM 10 -- Swimmers with minimal weakness affecting the legs. Swimmers with restriction of hip joint movement. Swimmers with some deformity in their feet or minor loss of a part of a limb. This class has the most physical ability.S11, SB11, SM11 -- These swimmers are unable to see at all and are considered totally blind. They must wear blackened goggles in this class and will require someone to tap them when they are approaching the wall. B1 athletes.S12, SB12, SM12 -- These swimmers can recognize shapes and have some ability to see. There is a large range of vision ability within this class. B2 athletes.S13, SB13, SM13 Swimmers who have the most sight but legally are still considered to have a vision impairment problem. B3 athletes.S14, SB14, SM14 -- Swimmers who have a recognized intellectual disability according to the international standards set by the World Health Organization (WHO) and adopted by the governing sports body, INAS-FID.Table TennisThe table tennis classification system comprises 10 functional classification classes for athletes with cerebral palsy, with amputations and other disabilities (les autres), and one class for athletes with intellectual disability.TT1 -- Elbow and hand extension are achieved by a swinging movement initiated from the shoulder. Coordination of arm movement is significantly different from nonimpaired arm.(CP: Severe muscle stiffness in the whole body, reducing speed and precision of arm movement and reducing sitting balance.)TT2 -- Elbow extension is sufficient and hand movements are well coordinated but without normal power.(CP: Same as TT1 with almost-normal playing arm.)TT3 -- Minimal loss of function in playing hand. Slight changes in body position are secured by the free hand propping, holding, or pushing at wheelchair or thigh. Lower part of body keeps in contact with the back of the seat. Backward movements of the arm are reduced because of body balance disorders.(CP: Minimal limitations in control of both arms and severe stiffness in both legs.)TT4 -- Normal arm and body movements. Body movements to increase reach only possible by using free arm to prop, hold or push at wheelchair or thigh. When starting with one hand, forward body cannot lean forward optimally. Double above-knee amputees with short stumps.(CP: Moderate stiffness and reduction of precision of arm and body movements.)TT5 -- Athlete may bend forward and backward without using the nonplaying arm. Significant pushing actions with thighs or feet. Wheelchair handling is optimal because of good body positioning backward and forward. Some sideward movement is possible.(CP: Slight to minimal stiffness or loss of precision in arms and body, and some affection of the legs.)TT6 -- Combination of disabilities in the playing arm and legs.(CP: Moderate stiffness and loss of precision more in legs than in arms, or involuntary movements in the whole body.)TT7 -- Both arms are affected. Single (playing arm) or double above- or below-elbow amputation or combination of both.(CP: Moderate involuntary movements.)TT8 -- Severe disability in one or both legs. Single above-knee or double below- knee amputation.(CP: Some loss of precision and some stiffness in legs and arms.)TT9 -- Good dynamic balance. Minimum disability in one or both arms or differential length in legs. Single below-knee amputation.(CP: Slight loss of precision in one side of the body.)TT10 -- Normal function in playing arm. Minimal loss in free arm. Amputation of the free arm up to 1/3 of the forearm.(CP: Minimal involuntary movements.)TT11 -- Intellectual disabled athletes according to the INAS-FID/WHO definition.Tennis - WheelchairThe only eligibility requirement for an individual to become a competitive wheelchair tennis player is that he or she must be medically diagnosed as having a mobility-related disability. In other words, a player must have a permanent substantial or total loss of function in one or two legs.If, as a result of these functional limitations, this person would be unable to play competitive able-bodied tennis (that is, having the mobility to cover the court with adequate speed), then this person would be eligible to play wheelchair tennis in sanctioned International Tennis Federation (ITF) tournaments.Athletes who play in sanctioned ITF tournaments are not required to undergo classification upon arrival at the Sydney 2000 Paralympic Games.Volleyball - SittingAthletes in sitting volleyball only need to reach the criteria for minimum disability as described for class A in volleyball.Sitting volleyball is played by amputees and athletes with other (les autres) disabilities.Each team may have a maximum of one minimum-disability player on the court at any one time; the rest of the team must have a higher level of disability.Volleyball - StandingThe volleyball classification system distinguishes between three classes: A, B, and C.At any time a team may have a maximum of one player from class A and must have a minimum of one player from class C on the court.Class AAn athlete with the minimum disability level related to the skills/functions to perform volleyball.Examples include amputation of fingers, shortening of one arm/one leg to a certain percentage, fusion of ankle or wrist, as well as CP7 and CP8 and other comparable disabilities.Class BAn athlete with a medium level of disability related to the skills/functions required to perform volleyball. Examples include below-elbow or below-knee amputations and other comparable disabilities.Class CAn athlete with the highest level of disability related to the skills/functions required to play volleyball. Examples include above-elbow or above-knee amputations, as well as combined arm/leg amputations and other comparable disabilities.Wheelchair RugbyTo identify the key functional abilities, the athletes are grouped within a point system ranging from 0.5 points, the most limited functional ability, up to 3.5 points, the highest level of functional ability.A total of maximum 8 points (for four players) is allowed on the court during the game.Wheelchair rugby players show different levels of movement, strength and control in arms, trunk and legs.Wheelchair rugby is mainly played by athletes with spinal cord injuries involving arms and legs to some degree or other disabilities causing different levels of paralysis (cerebral palsy, polio, etc.).0.5 -- Not a major ball handler. Scoops ball onto lap. Forward head bob present when pushing (pulling back part of the wheel). Uses back quarter of wheel to stop, start, and turn. Usually passes the ball forward to the side with a two-hand toss. Poor balance.1.0 -- Weak chest pass or forearm pass. Has a longer push on wheel (combination of pull and push). Forearm or wrist catch. Weak or nonexistent chest pass.1.5 -- Asymmetry is persistent in arms. Predominantly uses the stronger arm. Good blocker. Good shoulder strength.2.0 -- Good chest pass. Good ball handler. Can hold the ball with wrists firmly.2.5 -- Asymmetrical hands or arms. Major ball handler and fairly fast playmaker.3.0 -- Can dribble ball well with one hand. Very good ball handler. Can begin to grip the push rim in order to maneuver the wheelchair.3.5 -- Has some trunk function, therefore very stable in wheelchair. Usually has a very good ball control. Major ball handler and very fast playmaker.http://sportsillustrated.cnn.c.../10/03/athlete_classification/
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