improving student grades aqa as/a2 physical education
DESCRIPTION
A fantastic training course delivered by Mike Murray who has superb experience both as a chief examiner and as a course teacher. The one-day event will fully equip you with the necessary skills and knowledge to ensure that you can maximise your learner’s chances of success with AQA A-Level PE. The course will provide you with information on the best delivery strategies and will look at enhancing learner performance in all aspects of the A-Level course.TRANSCRIPT
Improving grades in A-level P.E.
Mike Murray
©Subject Support 2011.
AS Physiology � Health, exercise and fitness � Nutrition � Pulmonary function � Transport of blood gases � Cardiac function � Analysis of movement in specified sporting
actions � Levers
� Two questions – expect 2/3 topics per question � One/two not covered in each exam series?
©Subject Support 2011.
Question 7 � Fitness area – factual knowledge � Skill area - open-ended question -
response required is generalities: � What? When? Why? How? � Don’t write - AS P.E. students,
therefore.......! � Don’t write – this is the training
programme I would use............!
©Subject Support 2011.
Activities that have been changed recently
� Golf (Long shots, shorter shots) � Dance - particularly A2 areas of assessment � Skiing & Snowboarding � Mountain activities (keeping a log) � Gymnastics � Cricket (batting, bowling and fielding) � Softball/baseball/rounders � Cross country was added on to Athletics
©Subject Support 2011.
What NOT to do
� Coach too many people! One is best � Try to cover too many points at once! � Don’t forget the strengths � Don’t make the weaknesses up! � Don’t give feedback until you are sure what
you are giving! � Don’t make practices too elaborate or
easy- it should reflect the stage of learning
©Subject Support 2011.
A2 - applied physiology � Energy sources and systems � First thing to do � KISS principle � Build up a simple diagram or two � Link to intensity and/or duration of
exercise � Lactate threshold and VO2 max as
measures of performance � EPOC as reverse reaction