| Aerobic Endurance | | The flow f movements needed to perform a motor task efficiently and accurately |
| Muscular Endurance | | To put stress on the body in order to adapt and improve performance |
| Body Composition | | the programme should be designed to meet individual training goals and needs |
| Flexibility | | When training stops the effect are reversed |
| Speed | | The ability to react to a stimulus and the initiation of the reaction |
| Muscular Strength | | How many training session have happened over a period of time |
| Agility | | The ability to move a joint through a complete range of movement |
| Balance | | The ability to change direction quickly and precisely without loosing balance |
| Co ordination | | Strength x speed |
| Power | | Distance divide by time taken |
| Reaction Time | | The ability for the cardio respiratiory system to supply nutrients and oxygen to musces during a physical activity |
| Progressive Overload | | What type of training sessions were they |
| Specificity | | the maximum force that can be generated by a muscle or muscle group |
| Indivisual difference/needs | | The relative ratio of fat mass to fat free mass |
| Adaptation | | How hard the training sessions have been |
| Reversibility | | How long th training sessions have been |
| Variation | | The ability to vary training in order to avoid boredom and maintain a enjoyable session |
| Frequency | | Training that is specific to an indivisal sport |
| Intensity | | The ability to maintain centre of mass over a base of sport |
| Time | | The ability to contract muscles over a period of time. |
| Type | | how the body reacts to training loads by increasing its ability to cope with those loads |