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the bigger your muscle becomes, bigger consume of energy after exercise. After aprox. 20 min of exercise you will use your energy from the fat, and if your intake of energy is less than your consume, is just math. Muscle doesn't build fat (it burns it) and muscle weighs more than fat. If you became a body builder and had good muscles and then years later didn't bother to keep up your exercise regime this is when the muscle would turn to fat. Muscle cannot turn to fat. But if you do not continue working it you will lose muscle mass and burn less calories. If you do not eat less or exercise more to compensate for this reduction in muscle mass than you will gain weight back in the form of fat.
The anaerobic glycolysis energy pathway produces ATP from carbohydrates only. This energy pathway produces lactic acid as a by product.
anaerobic respiration causes a build up of lactic acid in your muscles which causes cramp.
Glucose is used for energy in anaerobic systems related to muscular contraction.
As Fuel.
Its best to take once in the morning and after training, to optimise muscle weight gain.
Heart muscle is tubular muscle.use only saturate fat as fuel.
Cramp, muscle spasms, fatigue are all symptoms of Latic Acid build up, with anaerobic exercise (without oxygen,ie like sprinting) causes this to build up very quickly as Latic acid is also a build up of carbon dioxide in our bodies. With aerobic exercise your contantly giving your body the fuel it needs to keep burning and replenshing your body with oxygen.
Glucose can be used immediately as fuel, or can be sent to the liver and muscles and stored as glycogen. During exercise, muscle glycogen is converted back into glucose, which only the muscle fibers can use as fuel.
diesel will be powerful
You don't gain weight in order to get muscle. You overload your muscles with heavy weight training, and then eat more to fuel the muscle growth.
Anaerobic respiration results from the presence of oxygen. Fuel molecules get broken down and release biochemical energy that comes into contact with the oxygen.