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elevated body temperature due to failed thermoregulation that occurs when a body produces or absorbs more heat than it despatches.

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elevated body temperature due to failed thermoregulation that occurs when a body produces or absorbs more heat than it despatches.

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The loss or removal of water from the body.

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The loss or removal of water from the body.

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The receptors that detect temperature in the body. 

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The receptors that detect temperature in the body. 

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a process that allows your body to maintain its core internal temperature. 

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a process that allows your body to maintain its core internal temperature. 

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A hormone secreated by the kidneys that increases the rate of production of red blood cells in response to falling levels of oxygen in the tissues.

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A hormone secreated by the kidneys that increases the rate of production of red blood cells in response to falling levels of oxygen in the tissues.

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Decreased partial pressure in the alveolar air, which means there is a decreased diffusion gradient to the capillary bed. There is decreased haemoglobin and oxygen association in the blood stream, and less oxygen transportation to muscle tissue. There is a decreased diffusion gradient to the muscle tissue, and less supply of oxygen for aerobic energy production. the breathing frequency will increase, there will be a decreased blood volume, stroke volume and increased heart rate. Decreased VO2 max, aerobic capacity, intensity and duration of aerobic performance before fatigue.

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Decreased partial pressure in the alveolar air, which means there is a decreased diffusion gradient to the capillary bed. There is decreased haemoglobin and oxygen association in the blood stream, and less oxygen transportation to muscle tissue. There is a decreased diffusion gradient to the muscle tissue, and less supply of oxygen for aerobic energy production. the breathing frequency will increase, there will be a decreased blood volume, stroke volume and increased heart rate. Decreased VO2 max, aerobic capacity, intensity and duration of aerobic performance before fatigue.

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Hypoxia will then occur- which is the body being deprived of oxygen travelling to the tissues.

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The performer may miss their family if they are away for a long time and have a major lifestyle change meaning they start to feel lonely.

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The performer may miss their family if they are away for a long time and have a major lifestyle change meaning they start to feel lonely.

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The rate of oxygen diffusion slows down due to less oxygen being available at a high altitude. 

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The rate of oxygen diffusion slows down due to less oxygen being available at a high altitude. 

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net movement of particles from a high to a low concentration

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net movement of particles from a high to a low concentration

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the pressure that would be exerted by one of the gases in a mixture if it occupied the same volume on its own

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the pressure that would be exerted by one of the gases in a mixture if it occupied the same volume on its own

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 atmospheric pressure as indicated by a barometer

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 atmospheric pressure as indicated by a barometer

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altitude is the different parts of the earth that is above sea level

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altitude is the different parts of the earth that is above sea level

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Only start this quiz once you have completed all of the above tasks.

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A group of climbers fly into Nepal to stay at Hotel Everest View (3,860 m) and within hours start to suffer the symptoms of acute mountain sickness. Suggest reasons for this and how it could be prevented.

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Explain the important benefits of acclimatisation for the cardiovascular and respiratory systems [4]

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Explain the important benefits of acclimatisation for the cardiovascular and respiratory systems [4]

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Explain in detail the process of acclimatisation. [4]

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Explain in detail the process of acclimatisation. [4]

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List the acute effects of high altitude on the cardiovascular and respiratory systems. [8]

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List the acute effects of high altitude on the cardiovascular and respiratory systems. [8]

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What psychological impacts could effect an athlete when training at high altitude?

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What psychological impacts could effect an athlete when training at high altitude?

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Explain what happens to the rate of Oxygen diffusion when an athlete competes at a high altitude. [give a min 4 points]

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Explain what happens to the rate of Oxygen diffusion when an athlete competes at a high altitude. [give a min 4 points]

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Explain the movement of gasses on a pressure gradient using internal and external respiration sites as a context. 

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Explain the movement of gasses on a pressure gradient using internal and external respiration sites as a context. 

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Fully complete all tasks within the lesson. to contribute, double click in a free space and you can add text/ video/pictures etc.