Energy from Respiration
- Created by: Alice
- Created on: 15-10-15 17:11
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- Anaerobic
- glucose = lactic acid (+energy)
- When you are exercising and you cannot supply your muscles with enough oxygen for aerobic respiration.
- Energy from Respiration
- Oxygen Debt
- when you stop exercising, if you have a build up of lactic acid you must beak this down into carbon dioxide and oxygen
- this process requires oxygen. the amount of oxygen required is called the oxygen debt.
- the higher the debt the longer you continue to breathe deeply and quickly
- this process requires oxygen. the amount of oxygen required is called the oxygen debt.
- when you stop exercising, if you have a build up of lactic acid you must beak this down into carbon dioxide and oxygen
- Oxygen Debt
- one reason why this happens is because of the build up of lactic acid.
- Muscle fatigue happens when you use your muscle fibers too much and they don't contract efficiently.
- Anaerobic
- glucose = lactic acid (+energy)
- When you are exercising and you cannot supply your muscles with enough oxygen for aerobic respiration.
- Energy from Respiration
- Oxygen Debt
- when you stop exercising, if you have a build up of lactic acid you must beak this down into carbon dioxide and oxygen
- this process requires oxygen. the amount of oxygen required is called the oxygen debt.
- the higher the debt the longer you continue to breathe deeply and quickly
- this process requires oxygen. the amount of oxygen required is called the oxygen debt.
- when you stop exercising, if you have a build up of lactic acid you must beak this down into carbon dioxide and oxygen
- Oxygen Debt
- Anaerobic
- Muscle fatigue happens when you use your muscle fibers too much and they don't contract efficiently.
- Why respire?
- to provide energy to build larger molecules from smaller ones.
- to provide energy to contract muscles.
- to control body temperature in mammals and birds.
- What happens when you exercise?
- heart rate up, arteries widen
- increased blood flow to muscles
- increased oxygen an glucose in muscles
- faster respiration
- faster removal of carbon dioxide from muscles
- faster respiration
- increased oxygen an glucose in muscles
- increased blood flow to muscles
- heart rate up, arteries widen
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