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The respiratory system is the set of organs that allows a person to breathe and exchange oxygen and carbon dioxide throughout the body. An example of respiratory system is the human's nasal passages, larynx, trachea, bronchial tubes and lungs.

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During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Immediate and Regular Effects on the Respiratory System

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Topic 1.2.3 on Edexcel GCSE PE specification. The immediate and long term effects of exercise on the respiratory system.

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a short term effects can happen in a short period of time

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

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Effects:

 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

During and soon after physical activity, respiratory rate will be far higher thanresting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects: During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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Effects:

 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

# data[].attributes.body
During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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 During and soon after physical activity, respiratory rate will be far higher than resting respiratory rate, meaning you'll be breathing faster than normal. Also, tidal volume will be much greater than resting tidal volume, meaning with each breathe, you get more oxygen.

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