1 Athletics Copyright © School Curriculum and Standards Authority, 2013 This document—apart from any third party copyright material contained in it—may be freely copied, or communicated on an intranet, for noncommercial purposes in educational institutions, provided that the School Curriculum and Standards Authority is acknowledged as the copyright owner, and that the Authority’s moral rights are not infringed. Copying or communication for any other purpose can be done only within the terms of the Copyright Act 1968 or with prior written permission of the School Curriculum and Standards Authority. Copying or communication of any third party copyright material can be done only within the terms of the Copyright Act 1968 or with permission of the copyright owners. Any content in this document that has been derived from the Australian Curriculum may be used under the terms of the Creative Commons Attribution-NonCommercial 3.0 Australia licence Disclaimer Any resources such as texts, websites and so on that may be referred to in this document are provided as examples of resources that teachers can use to support their learning programs. Their inclusion does not imply that they are mandatory or that they are the only resources relevant to the course. Athletics practical examination support materials Introduction The purpose of these materials is to support teachers and candidates in preparation for the WACE practical examination for Physical Education Studies. Skills set for Athletics These materials outline the examinable skills set for Athletics. A total of three events will be chosen by the examination panel, one each from: track events; throws and jumps. Observation points Observation points are provided for each skill in the skills set. They are provided for the purpose of teaching and coaching and are designed to assist examination candidates in their personal skill development. Tactical framework In the competitive performance section of the practical examination, candidates will participate in a competitive situation. Students will be assessed on the technical application of skills, and their performance will be timed / measured and compared with international standards. Athletics marking Skills section /54 Each skill will be awarded a mark out of six for each of the three phases of the skill. The skills will be performed in selected drills. Competitive performance section /60 Each skill will be performed in a competitive scenario and the performance will awarded a mark for: Technical application Outcome/result (compared to predetermined competitive performance standards – see page 15) /10 /10 3 Athletics practical examination support materials CONTENTS PAGE NUMBER Athletics skills set 5 Athletics skills set and observation points 6 Athletics tactical framework 14 Athletics competitive performance standards 15 4 Athletics practical examination support materials ATHLETICS SKILL SET Skill number Name of skill Page number Track events 1 100m 6 2 200m 7 3 400m 8 4 800m 8 5 Hurdles Males 110m at 91cm (H) 9 Females 100m at 76cm (H) Throws 6 Shot put Males – 5kg 10 Females – 3kg 7 Discus Males – 1.5kg 11 Females – 1.0kg Jumps 8 Long jump 11 9 Triple jump 12 10 High jump 13 5 Athletics practical examination support materials ATHLETICS SKILLS SET AND OBSERVATION POINTS 1. 100m Preparation – crouch start Execution – acceleration phase Completion – max speed phase Blocks positioned so the power-side pad is in front o front pad approx two foot lengths from starting line o rear pad approx one foot length from the front pad Hands in bridge position no further than shoulder width apart Head aligned with the back On “set”, shoulders roll forward just ahead of or over the hands; hips controlled and raised Angle at the knee on the front leg approaches 90° Back leg elevates hips into set position Eyes focused straight ahead Force is applied to both blocks equally Back heel/foot explodes against block staying low and close to the track Front leg extends fully to thrust the body forward On front foot push off, back leg arm is thrown back Opposite arm comes up and forward and rises as the chest rises upward 6 Feet contact the track behind the hips in the earlier strides Each additional step, assumes a more upright position Body gradually straightens until feet land directly under the hips Stride length gradually increases Chest lifts to create a power line at 45° to track Force is applied in a more horizontal than vertical direction Lower leg moves with a ‘back and forth’ piston like action Knee remains in front of the foot, both in recovery and drive phases Feet remain close to the ground Stride frequency and stride rate are high in the acceleration phase Foot dorsiflexes (toes up) allowing leg to pull through the recovery phase On landing the ankle is plantarflexed Calf muscle tight against the hamstrings, thigh parallel to the ground as the foot steps over the opposite knee Elbow loosely positioned at 90° Toe, heel and knee come up simultaneously Stride cycle completed when the thigh is driven back down to, then past the perpendicular position at landing Shoulders remain above the hips Typically has the highest stride frequency and optimal stride length Athletics practical examination support materials 2. 200m Preparation – crouch start Execution – bend acceleration Completion – final straight Blocks positioned so the power-side pad is in front and at a tangent to the curve o front pad generally two foot lengths from starting line o rear pad approximately one foot length from the front pad Hands in a bridge position no further than shoulder width apart Head aligned with the back On “set” shoulders roll forward just ahead of or over the hands; hips controlled and raised Angle at the knee on the front leg approaches 90° Back leg elevates hips into set position Eyes focused straight ahead Force is applied to both blocks equally Back heel/foot explodes against block staying low and close to the track Front leg extends fully to thrust the body forward On front foot push off, back leg arm is thrown back Opposite arm comes up and forward and rises as the chest rises upward Head,core and hips lined up with a slight forward lean Right arm assists to power around the bend by driving slightly further across the body Body gradually straightens until feet land directly under the hips Stride length gradually increases onto the straight and is then maintained Force is applied in a more horizontal than vertical direction Arms move powerfulluy but in a relaxed large range of motion Stride frequency is maintained Arm movement is increased over the last 100m Maximum acceleration of thigh over its full range of motion (knee comes up fully and quickly) Leg lift is more pronounced Lower leg moves with a ‘back and forth’ piston like action 7 Athletics practical examination support materials 3. 400m Preparation – crouch start Execution – race phase Completion – final straight Blocks positioned so the power-side pad is in front and at a tangent to the curve o front pad generally two foot lengths from starting line o rear pad approximately one foot length from the front pad Hands in a bridge position no further than shoulder width apart Head aligned with the back On “set” shoulders roll forward just ahead of or over the hands; hips controlled and raised Angle at the knee on the front leg approaches 90° Back leg elevates hips into set position Eyes focused straight ahead Force is applied to both blocks equally Back heel/foot explodes against block staying low and close to the track Front leg extends fully to thrust the body forward On front foot push off, back leg arm is thrown back Opposite arm comes up and forward and rises as the chest rises upward 4. Head,core and hips aligned with a slight forward lean The first 50m run at or near maximum effort to get close to top speed Right arm assists to power around the bend by driving slightly further across the body Last 4–5 strides on the bend drift away from the inside line Body gradually straightens until feet land directly under the hips Stride length gradually increases onto the straight and is then maintained Force is applied in a more horizontal than vertical direction Arms move powerfulluy but in a relaxed large range of motion Stride frequency is maintained Arm movement is increased over the last 100m Maximum acceleration of thigh over its full range of motion (knee comes up fully and quickly) Leg lift is more pronounced 800m Preparation – standing start Execution – race phase Completion – final straight Back leg is extended back with a slight knee flexion Weight is primarily over front knee which is flexed Torso is flexed at the waist Ball of back foot explodes against the track and slingshots forward, staying low and close to the track Front leg executes complete hip extension that thrusts body forward On front foot push off, back leg arm is thrown back Opposite arm comes up and forward and rises as the chest rises upward Long extended strides in first 150m to find position on track 8 Body is relaxed to maintain speed and rhythm when coming off the bend and into the straight Right arm assists to power around the bend by driving slightly further across the body Last 4–5 strides on the bend drift away from the inside line Body gradually straightens until feet land directly under the hips Stride length gradually increases after the first bend Body maintains balanced position Force is applied in a more horizontal than vertical direction Stride frequency is maintained Arm movement is increased over the last 150m Maximum acceleration of thigh over its full range of motion (knee comes up fully and quickly) Leg lift is more pronounced Athletics practical examination support materials 5. HURDLES Preparation – crouch start Execution – take-off /clearance Completion – recovery/running between hurdles Blocks positioned so the power-side pad is in front o front pad approx two foot lengths from starting line o rear pad approx one foot length from the front pad Hands in bridge position no further than shoulder width apart On “set” shoulders roll forward just ahead of or over the hands; hips controlled and raised Angle at the knee on the front leg approaches 90° Back leg elevates hips into set position Eyes focused straight ahead Force is applied to both blocks equally Back heel/foot explodes against block staying low and close to the track Front leg extends fully to thrust the body forward` On front foot push off, back leg arm is thrown back Opposite arm comes up and forward and rises as the chest rises upward Drive across hurdle is with a fast knee lift and extension of the front leg Wide split between front and rear leg Balance over the hurdle is with a good body lean over the lead leg Body weight is well in front of take-off foot Rear knee comes through late, fast and high Knee is swept to the side and flows through into the stride away from the hurdle Action of the leading arm is out and down Body, particularly the shoulders, kept square to the hurdle Take-off is approx 2/3 behind the hurdle and landing approx 1/3 in front of hurdle High knee pick-up and sweep through the trail leg Running resumes immediately on landing Rear leg comes through fast and high into first stride Sprinting action assumed between the hurdles Arms move fast to lift the leg rate between hurdles Approach to Hurdle First hurdle is attacked from a sprint start position staying high Full running height is reached within 4–5 strides First hurdle is reached in approx 8 strides 9 Athletics practical examination support materials 6. SHOT PUT Preparation – grip/placement Execution – building momentum Completion – delivery Shot is rested at the base of the fingers Fingers are slightly spread apart with the thumb for support The hand holds the shot in a cocked position Shot is placed under the side of the chin, then pushed into the neck Throwing elbow is raised to a point parallel to the floor The thumb of the throwing hand points towards the clavicle The palm faces the direction of the throw 10 Begins with the weight over the back foot and the non-throwing arm hanging and relaxed Just before the front leg drives toward the board, the body leans backwards and start to gently fall back into the circle Front leg is extended and driven, towards the toe board, kept low to the ground Upper body remains closed and square to the rear of the ring, with the thrower’s back facing the throwing sector The hand of the front arm reaches back towards the rear of the circle During the drive of the front leg, the back leg also extends, toward a split position Immediately after the split position is reached, the back foot is pulled underneath the body as it turns 90°toward the front Shoulders remain closed, with the back still facing the throwing area. When the back foot is fully recovered beneath the upper body, the weight should be over the ball of the back foot The weight is then immediately shifted forward onto the front leg Back leg drives up and begins to shift the body weight forward onto the front leg Body weight shifts off the ball of the back foot as soon as it hits the ground beneath the upper body The upper body begins to open up in preparation for the arm strike at the end of the throw, in conjunction with… the legs drive the weight up and across the ring The shot is pushed outward as the weight is shifted from the back to the front foot, simultaneously the legs extend upward Leg extension occurs at the same time as the extension of the throwing arm The front foot is forced out of its position and is replaced with the back foot, which lands flat to ensure better balance The extended throwing arm should immediately be brought back over the top of the body to a position pointing to the centre of the ring Athletics practical examination support materials 7. DISCUS (observation points for right handed thrower) Preparation – starting position Execution – building momentum Completion – delivery and recovery The throwing hand is placed on top of the discus, the fingers spread and pushed forward over the edge until the end pads of the forefingers curl around the rim The thumb rests on top of the discus The wrist is rigid and the palm is flat against the discus A balanced and relaxed stance at the rear of the circle The athletes back faces the direction of the throw The feet are placed slightly wider than shoulder width apart Knees are slightly flexed 8. The discus is taken back at shoulder height to a position behind the right hip in a wide flat motion The trunk and shoulders follow The left arm is slightly flexed and held in front of the body at chest height Body weight is transferred over the ball of the left foot which pivots along with the right foot in the direction of the throw As the right leg sweeps around the left leg drives the body across the circle in the direction of the throw The throwing hand trails behind The ball of the right foot lands in the centre of the circle The left leg extends quickly to land in the front of the circle The body weight is over the bent right leg, shoulders are level, facing the rear, and the head is upright and in line with right knee and foot The left arm is still slightly flexed and held in front of the chest The right hip is driven vigorously forward by pivoting on the right foot so that the hips face the direction of the throw The right leg straightens, transferring the body weight forward on to the left leg which extends The discus is thrown with a long arm slinging action The discus is released off the index finger The left leg acts as a brace to allow the right hip to drive forward After release the right foot is moved to the front of the circle and the left leg is simultaneously lifted back out of the way LONG JUMP Preparation – run up Execution – take-off/flight Completion – landing Take-off Vertical alignment of the head, upper body and hips Maximum controllable speed is generated at the take-off board No forward rotation is to be generated at this time by trying to “run off the board”. A strong drive with the knee of the free leg to hip level The free leg is flexed at the knee, with the foot trailing behind Vigorous arm drive Running position is tall High knee lift Powerful but flexible arm drive Leg speed increases in the final strides of the run-up to attack the board Body angle adjusted from a slight forward lean for sprinting to a more vertical posture Last stride is made fast, with a firm flat-footed plant, slightly ahead of the body Eyes focus at a point beyond the pit on a distant object Landing is made with the feet together ahead of the body Weight forward Heels strike the ground followed by the balls of the feet Knees flex on impact to allow the body to move forward beyond the foot marks Use of upper body and arms to initiate rotation of body to roll off to the side Flight The take-off drive is maintained The take-off leg is brought through flexed from behind the body to join the free leg The opposite arm is cycled over the shoulder to join the other arm The arms and legs move forward to the jackknife position 11 Athletics practical examination support materials 9. TRIPLE JUMP Preparation – run-up Execution – hop Completion – step Eyes focus at a point beyond the pit Maximum controllable speed is generated at the take-off board No forward rotation be generated at this time by trying to “run off the board” 12 Phase begins with a run off the board and land on the same foot as the take-off. Upper body remains in a vertical position. In an active landing, leg is extended, ankle flexed and the entire lever (leg and foot) pulled down forcefully striking the ground mid-foot. On contact with the ground, the body rolls forward over the foot onto the toes while pushing off the ground. On leaving the board, the takeoff leg is extended for a complete push off the ground. Drive leg thigh is below parallel to the ground at takeoff with the knee bent at 45°. Drive leg begins to rotate from front to back, while the takeoff leg begins to pull forward. As take-off leg reaches parallel, the lower portion of that leg extends past the knee, with the foot pulled up. On leg extension, entire leg forcefully drives downward, striking the ground and setting up an active flat-footed landing. Various techniques possible: o “arm and a half” - the left arm drives forward and the right arm is moving backward but “bounces” off the stomach and is thrust forward. Both arms come back together during the hop flight. o “loop.” - the right arm, moving backwards at take-off, continues to rotate around the shoulder in a 360°circle, meeting the left arm and landing both arms back. o “reaching” for the landing with the centre of mass behind the foot checks horizontal velocity into the second phase and causes forward rotation. Height on the hop should be controlled as to not hinder the jump and should never make up more that 35% of the total jump distance Landing is with the centre of mass over the foot and the free leg and arm(s) behind the body,. The second phase begins as the takeoff foot returns to the ground. The takeoff leg is fully extended with the drive leg parallel to the ground and the knee at 90°. Horizontal velocity is maintained throughout the three phases of the jump On leaving the ground, the takeoff leg stays behind the centre of mass and the drive leg “holds” parallel to the ground, 90° at the knee. At the beginning of the descent, the drive leg drops downward for a quick transition to the jump phase. Centre of mass is again over the foot. The step phase should make up 30% of the total jump distance. Landing foot at each phase creates a pawing motion, helping to maintain forward velocity of the body. The third phase is similar to a long jump The take-off leg (the drive leg in previous phases) is extended forcefully upon contact with the ground. A “hang” style is used in which the arms are driven up and the drive leg is dropped and the body assumes an inverted “C" position. The arms are brought forward and the legs are straightened. The jump should make up 35 % of the total jump length Athletics practical examination support materials 10. HIGH JUMP Preparation – run up Execution – take-off Completion – flight/Landing Take-off Foot plant is close to the near upright about an arm’s length from the bar Foot is directed towards the far corner of the landing pit The body leans away from the bar Body in a tall position with head, trunk and hips vertically aligned at the moment of leaving the ground Quick and powerful movement to obtain best flight path over the bar The arms and knees drive vertically and powerfully The free leg is flexed at the knee and is driven high aiming above the bar The knee drive should be held for as long as possible during the flight phase Flight Aim is to hold a long vertical position with the knee and thigh held high before clearing the bar A long body shape is achieved with the arms and head held in line with the body The head should be fixed in position by looking along the bar throughout the jump To clear the bar ensure the heels are tucked up beneath the body with the hips splayed and knees apart Push the hips and thighs up After the hips clear the bar the legs straighten, flicking the heels up and the chin is tucked into the chest to assist the lift of the legs away from the bar The central phase of the run up maintains the rhythm and build up to optimal speed. Running position is tall High knee lift Relaxed upper body with powerful arm drive Between 5–13 strides approx. up to the bar Full extension of the driving leg The run commences straight and then curves on approach to the bar Slight lean away from the bar prior to take-off Increase in cadence for the last few strides to attack the bar A more upright posture with the body weight being transferred onto the toes The last stride is made fast with a firm flat-footed plant Landing Chin remains tucked and shoulders rounded Landing should be on the round of the back (shoulder blades) Keeping the body relaxed bend the knees and roll off to the side or over the head as if doing a backward roll 13 Athletics practical examination support materials ATHLETICS TACTICAL FRAMEWORK Each skill will be performed in a competitive scenario and the performance will be awarded a mark for: Technical application /10 Outcome/result (compared to predetermined competitive standards – see page 15) /10 Technical application TRACK EVENTS THROWS 100m Reaction Take off from blocks Acceleration Maintenance of speed Finish Shot put 200m Reaction Take off from blocks Acceleration Maintenance of speed Finish Discus 400m Reaction Take off from blocks Acceleration Maintenance of speed Finish JUMPS Reaction Acceleration Positioning on track o To minimise energy wastage o In response to competitors Maintenance of speed Finish Reaction Take off from blocks Acceleration Approach to hurdles Positioning over hurdles Maintenance of speed Finish Triple jump 800m Hurdles 14 Long jump High jump Preparation Acceleration to the board Maintaining low position on approach Optimal projection angle Follow through- maintaining position within circle Preparation Acceleration to the board Maintaining low position on approach Optimal projection angle Follow through – maintaining position within circle Preparation Acceleration to the board Maximum speed at take off Optimum distance Landing Preparation Acceleration to the board Maximum speed at take off Optimum distance at each phase Landing Preparation Acceleration to the bar Positioning at take off Body position during flight phase Landing Athletics practical examination support materials ATHLETICS COMPETITIVE PERFORMANCE STANDARDS Marks allocation Performance standards were calculated using the IAAF Scoring Tables. Equivalent scores are as follows: Marks 10 9 8 7 6 5 4 3 2 1 0 Points 650 600 550 500 450 400 350 300 250 200 <200 Implement specifications Males – 110m at 91cm (H) Females – 100m at 76cm (H) Males – 5kg Females – 3kg Males – 1.5kg Females – 1kg Hurdles Shot Put Discus Males Marks 10 9 8 7 6 5 4 3 2 1 0 100m (sec) 12.00 12.26 12.53 12.81 13.1 13.41 13.74 14.08 14.47 14.87 >14.87 200m (sec) 24.49 25.07 25.68 26.31 26.97 27.66 28.40 29.18 30.03 30.95 >30.95 Track events 400m 800m (sec) (min/sec) 53.76 2:16.2 54.97 2:20.4 56.25 2:24.7 57.57 2:29.3 58.94 2:33.9 60.4 2:38.9 61.94 2:44.3 63.57 2:49.9 65.32 2:56.00 67.27 3:02.7 >67.27 >3:02.7 200m (sec) 27.76 28.39 29.06 29.75 30.46 31.22 32.03 32.87 33.80 34.81 >34.81 Track events 400m 800m (sec) (sec) 61.26 2:33.51 62.56 2:37.66 63.94 2:42.00 65.37 2:46.60 66.85 2:51.30 68.40 2:56.37 70.08 3:01.70 71.81 3:07.30 73.74 3:13.50 75.83 3:20.31 >75.83 >3:20.31 Hurdles (sec) 16.76 17.23 17.73 18.25 18.8 19.38 19.99 20.64 21.35 22.14 >22.14 Long (m) 6.29 6.06 5.83 5.59 5.35 5.09 4.83 4.56 4.27 3.97 <3.97 Jumps Triple (m) 13.58 13.18 12.77 12.35 11.92 11.47 11.01 10.53 10.03 9.50 <9.50 High (m) 1.83 1.77 1.71 1.64 1.58 1.52 1.45 1.38 1.30 1.22 <1.22 Throws Shot Put Discus (m) (m) 12.71 39.26 11.9 36.8 11.07 34.3 10.24 31.78 9.4 29.3 8.56 26.7 7.72 24.09 6.88 21.5 6.02 18.8 5.15 16.08 <5.15 <16.08 Long (m) 5.33 5.15 4.97 4.78 4.59 4.39 4.18 3.97 3.74 3.50 <3.50 Jumps Triple (m) 11.66 11.35 11.02 10.69 10.36 10.01 9.65 9.27 8.87 8.45 <8.45 High (m) 1.53 1.48 1.44 1.39 1.34 1.29 1.24 1.19 1.13 1.07 <1.07 Throws Shot Put Discus (m) (m) 11.83 39.77 11.07 37.20 10.31 34.60 9.55 31.96 8.78 29.34 8.01 26.67 7.23 23.94 6.45 21.25 5.66 18.45 4.87 15.59 <4.87 <15.59 Females Marks 10 9 8 7 6 5 4 3 2 1 0 100m (sec) 13.71 14.02 14.35 14.70 15.05 15.42 15.82 16.23 16.70 17.19 >17.19 Hurdles (sec) 16.53 16.97 17.42 17.89 18.38 18.90 19.44 20.03 20.66 21.35 >21.35 15 School Curriculum and Standards Authority 27 Walters Drive, Osborne Park, Western Australia 6017 Telephone: (08) 9273 6300 | Fax: (08) 9273 6301 | Email: info@scsa.wa.edu.au Internet: www.scsa.wa.edu.au 16 TRIM: 2011/2086[v2]