Aerobic power/cardio-vascular endurance.

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Aerobic power/cardio-vascular endurance

I have chosen very high for this requirement of sport because although the football pitch itself is not very long the game will often go from end to end and the mid fielders will have to follow the game up and down the pitch for as much as 120 minutes if the game goes into extra time.

On average a midfield player will run 9-13 kilometres a match which obviously requires a lot of endurance if the player wishes to keep a good pace of play throughout the game; yet not all of this is jogging, some is spent sprinting and some is spent walking. This is a pie chart that shows on average what percentage of that 9-13 kilometres is spent doing:

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So if we say a midfield player had run 10 kilometres in a game on average 4.6 kilometres of that would be jogging, 1.7 kilo metres of high speed running and 0.3 kilometres of sprinting. Although the have resting periods where they walking, after sprinting or running and high speeds

Anaerobic power/speed

Footballers require high anaerobic power and speed because although they are playing for around 90 minutes and must have high endurance but as you can see and high percentage of their time on the field they are either running at high speed or sprinting which obviously requires anaerobic power speed.

Although football players must be able to endure high speeds and sprinting for quite long periods of time; which requires fast twitch muscles, yet there are two types of fast twitch muscle: fast twitch glycolitic muscle fibres (FTG) and fast oxidative glycolitic muscle fibres (FOG). Footballers and most team sport players will have the greatest advantage with FOGs because these tale the best points from fast twitch glycolitic muscle fibres (such as long fast firing motor neurons, ATPase for rapid production of ATP for energy, and large muscle fibre width) and combine them with the best characteristics of slow twitch muscle fibres (such as higher capillary density, higher myoglobin content and a large mitochondrial density).

This gives FOG muscle fibres not only the capacity for rapid and very forceful contraction, but also the ability to have cardio-vascular endurance due to a good blood supply (through the high capillary density) and also the ability to keep a high concentration gradient (through high myoglobin content). This gives the footballer not only very fast explosive contractions but the ability to endure these types of contractions for longer periods of time than FTG muscle fibres.

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Explosive leg power

        Footballers require very high explosive leg power because in order to play the game effectively sometimes it requires for you too either kick the ball very hard, go into a tackle very hard and accelerate/sprint very quickly.

        For example in order for a defender/goal keeper to clear their lines effectively they may have to hit the ball with a lot of explosive leg power or for an attacker to make their shot effective they may have to strike the ball very hard. Also in tackling situations a player going in for a 50/50 challenge will ...

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