Google.com is were u can check
buti think its gas base or somthing
Carbon dioxide. CO2
We release carbon dioxide (CO2) when we breath out. Oxygen is what we use. That's the basic out and in of gas exchange in the lungs.
carbon
The Mitochondria is where the sugar is broken down into water, carbon dioxide, and ATP.
Although all ambient gases, Nitrogen, Oxygen, and Hydrogen, etc., are taken up in inhalation. Oxygen is used for aerobic cellular respiration. [extra] More specifically, it's important in the oxidative rephosphorylation that occurs within the Mitochondria. It's responsible for the production of water and a hydrogen gradient that enables ATP production
Carbon Dioxide gas is taken in during photosynthesis and oxygen gas is given out whereas during respiration in plants oxygen gas is taken in and carbon dioxide gas is given out.
In Biology, respiration refers to cellular respiration - the process where cells use oxygen and glucose to produce energy. Breathing refers to taking air into your lungs and exhaling waste gases.
Respiration, or breathing. It can also happen through the pores, I believe, not just the mouth and nose or other bodily orifice.
Carbon dioxide. CO2
carbon dioxideAerobic- Carbon Dioxide and WaterAnaerobic- Carbon Dioxide and Alcohol
By the process of diffusion
The circulatory system
One gas is oxygen
The Mitochondria is where the sugar is broken down into water, carbon dioxide, and ATP.
oxygen and carbon dioxide
Cellular respiration occurs within the Cells that make up, or comprise, Organisms. The gas used is O2 and the gases expelled are CO2 and H2O.
Most animals do it by removing useful gases from the air with their lungs. Then, what's left is carbon dioxide. Most animals produce carbon dioxide via cellular respiration.
Although all ambient gases, Nitrogen, Oxygen, and Hydrogen, etc., are taken up in inhalation. Oxygen is used for aerobic cellular respiration. [extra] More specifically, it's important in the oxidative rephosphorylation that occurs within the Mitochondria. It's responsible for the production of water and a hydrogen gradient that enables ATP production
hii
Photosynthesis and cellular respiration are the opposites of each other. Photosynthesis takes in energy (from the sun's light) and stores that energy in complex sugars. Cellular respiration breaks down these complex sugars and turns the stored energy into the usable form of energy, ATP.