ARTICLES

Exercise causes the muscle cells to contract faster and require more oxygen to break down glucose for energy. The Association of the British Pharmaceutical Industry, or ABPI, states that to obtain oxygen, the breathing r...

www.reference.com/article/exercise-affect-breathing-rate-68eeb2e9a9cb0fad

Breathing is regulated automatically by the respiratory control center at the base of the brain. This control center sends signals down the spine to make the muscles of the diaphragm, chest, neck and abdomen contract and...

www.reference.com/article/humans-regulate-breathing-rate-9bb52ca6675d6643

According to the BBC, the pulse rate increases after exercise because exercise increases the need for energy in the body, which in turn increases the need for food and oxygen. The breathing rate also speeds up during and...

www.reference.com/article/pulse-rate-rise-after-exercise-c08ab0a8484828b6

SIMILAR ARTICLES

The respiratory system experiences an increase in breathing rate in direct response to the intensity of the exercise performed. According to PT Direct, breathing rates can increase up to 50 breaths per minute during exer...

www.reference.com/article/respiratory-system-respond-exercise-34f0e0d9454a1802

Physical exercise increases the heart rate because the working muscles require more oxygen to produce the energy required to sustain that physical activity. Healthy Living at AZ Central explains that the heart pumps the ...

www.reference.com/article/exercise-increase-heart-rate-f3663dfebb9ef0f7

The body needs more oxygen during exercise because the muscles need to produce more energy for the body to become more active, explains the Lung Institute of Western Australia. This is done by breaking down glucose from ...

www.reference.com/article/body-need-oxygen-during-exercise-783c4cdf25348fb1

Engaging in more physically demanding exercise displays a positive correlation with pulse rate. High-intensity exercise causes the cardiopulmonary system to work harder, which increases the number of beats per minute.

www.reference.com/article/exercise-affect-pulse-rate-62ae13f3d69d2dde