personal exercise plan The training plan will be made using information I know about how to improve as a football player

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PERSONAL EXERCISE PROGRAMME                  

Pete Evans

My personal exercise programme is specifically designed for a football player. A personal exercise programme (PEP) is a training programme which aims to improve the sportsman performance in his sport. The training plan will be made using information I know about how to improve as a football player. My six week plan will be aimed at improving my:

  • Muscular strength- this will help me get more distance on my goal kicks.

  • Muscular endurance- this means I will be able to last longer in matches before my muscles start feeling tired.
  • Muscular power- this will improve my acceleration so I will be able to rush out quicker to stop the attacker.
  • Flexibility- this will help me stretch for the ball so I will be able to save more shots.
  • Cardiovascular endurance- I will be able to exercise my entire body for longer so I will last for longer before I feel the effects of lactic acid.

Types of Fitness

The two types of fitness are health related and skill related

  • Muscular strength - the amount of force a muscle can exert against resistance.
  • Muscular endurance - ability to use voluntary muscles repeatedly without getting tired.
  • Body composition - the percentage of body weight that is fat, muscle and bone.
  • Flexibility - the range of movement possible at a joint.
  • Cardiovascular endurance - the ability to exercise the entire body for long periods of time.

Factors of skill related fitness are:

  • Agility-helps the player change direction quickly, slide tackle, dive  for the ball  
  • Balance - helps the player stay on his feet, needed for dribbling with the ball.
  • Power - helps when shooting and defending. Defenders need power and strength. Strikers need power for shooting.
  • Reaction time - helps react to sudden movements quicker, essential for goalkeepers.
  • Speed - helps when beating opposition players, strikers need speed to beat defenders.
  • Co-ordination - the ability to move more than one body part simultaneously.

Effects of exercise on the body

In this section I will show the effects of exercise on the body:
Oxygen Debt

The amount of extra oxygen required by muscle tissue during recovery from vigorous exercise. The extra oxygen gets rid of the lactic acid in your muscles after exercise.

Difference between Aerobic and Anaerobic Training

The main difference between aerobic and anaerobic training is that one uses oxygen whilst the other uses lactic acid. Aerobic training uses the oxygen in your muscles to produce the energy. To improve the amount of time which you are able to train at aerobic level you can do aerobic exercises, these are normally done at a moderate pace which your body can cope with. On the other hand anaerobic training is when the oxygen in your muscles run out so you rely on lactic acid to give you energy. The energy released does not last for long however is very powerful. The lactic acid causes your muscles to start aching though and can result in vomiting. Anaerobic respiration occurs when you work your body flat out and use all the energy available.

Effect of Lactic Acid on the muscles

Lactic acid is a waste product that is produced by your muscles when exercising. When the body has no oxygen left in the muscles it has to revert to anaerobic respiration which uses lactic acid to form energy. The lactic acid though makes your muscles ache and tire so is not very efficient.

Difference in composition between inhaled and exhaled air

The air that we breathe in and the air which we breathe out, have different compositions. The main difference is that in exhaled air there is more carbon dioxide compared with inhaled air where there is more oxygen. However in both types nitrogen is the highest percentage.

 Here are the components of inhaled air, 79% nitrogen, 21% oxygen, a little water vapour,0.04% carbon dioxide whereas exhaled air contains79% nitrogen17% oxygen3% carbon dioxide, a little water vapour. As you can see from the two lists they are basically the same however there is more carbon dioxide and less oxygen in exhaled air.

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Effects of exercise on breathing and heart rate

A lot of exercise can also affect your respiratory and circulatory system, because your heart gets bigger due to aerobic training, it is now a better pump so more blood can be circulated around your body per beat than before. This also means that your resting heart rate decreases. A sign of good health is whether you have a low heart rate. The average is 70BPM (beats per minute), if you are unhealthy then your heart will have to work harder to pump blood all around your body which ...

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