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Carbon normally makes 4 bonds. Oxygen normally makes 2 bonds. CO has a triple bond. Essentially Carbon is short 1 bond, but oxygen gets an extra bond. However, according to Wikipedia, you can think of it as having different resonance structures: The majority of the electron density is with the carbon despite oxygen being more electro negative.
As we all know , in respiration we intake oxygen and gives out carbon dioxide, for burning also oxygen is needed. In spite of oxygen wood cant be burned and along with burning, the gas coming out from wood is Carbon-dioxide. Oxygen combines with carbon
Yes, all cells contain similar chemicals and they are: carbon, hydrogen, and oxygen
Yes, oxygen is the fuel for respiration... oxygen + glucose = carbod dioxide + water + Energy However, the carbon dioxide and oxygen for a plant or tree would be the other way round because plants breath in co2 and give out oxygen.
oxygen
Carbon normally makes 4 bonds. Oxygen normally makes 2 bonds. CO has a triple bond. Essentially Carbon is short 1 bond, but oxygen gets an extra bond. However, according to Wikipedia, you can think of it as having different resonance structures: The majority of the electron density is with the carbon despite oxygen being more electro negative.
No.
stomata
Alveoli.
Alveoli. this is the right answer
They are not similar. Carbon is an element and lipids are organic compounds which contain the elements carbon, hydrogen, and oxygen.
Sulphur, silicon and phosphorus.
The tiny air sacs of the lungs were oxygen and carbon dioxide are exchanged are the alveoli.
Oxygen is soluble in water (dissolves in water). This is the basis for marine animals who breathe through gills and similar structures to get their oxygen.
The two processes of the carbon cycle are photosynthesis and cellular respiration. In photosynthesis carbon from carbon dioxide is fixed into carbohydrates. In cellular respiration, carbohydrates are broken down to form ATP and carbon in the form of carbon dioxide is released into the atmosphere.The two processes of the oxygen cycle are also photosynthesis and cellular respiration. In photosynthesis, oxygen is produced by the splitting of water and is released into the atmosphere. Oxygen is used in the process of aerobic cellular respiration as the last electron acceptor in the electron transport chain. The oxygen then combines with hydrogen to form water molecules, which can then be used by photosynthesis and the cycle is complete.
Same "fullness" of the valance band.
It creates oxygen as a byproduct when H2O is split for energy during the reaction. This oxygen is an important part of cellular respiration, as it is the final electron receptor of the electron transport chain. The electron transport chain allows large amounts of ATP to be created to power complex organisms, such as humans!