The product of the reaction is water.
When glucose and oxygen molecules meet, they undergo a chemical reaction known as cellular respiration. This process releases energy that cells use to function, producing carbon dioxide, water, and ATP as byproducts.
Nothing happens to the main part of the atom (nucleus), as the chemistry is determined by the electrons in the outer orbital shell of each atom. Take for example sodium hydroxide and hydrogen chloride. Sodium will lose it's outer electron more readily than hydrogen and chlorine will gain an electron more readily than hydroxide. Therefore sodium and chlorine will react forming sodium chloride and the hydrogen and hydroxide will form water.
At the start of exercise, both respiratory rate and tidal volume increase. This is because the body needs to take in more oxygen to meet the increased demands of the muscles during physical activity. Increasing the respiratory rate and tidal volume helps to deliver more oxygen to the muscles and remove more carbon dioxide from the body.
They Meet
It would be possible but not practical. The electrolysis of water requires energy. Just as much energy goes into the water that is electrolyzed as comes out from burning the hydrogen and oxygen. However, not all of the energy would go into splitting the water during electrolysis and you cannot recover all of the energy from burning it, so neither process is 100% efficient. It would be more efficient to have the electricity power the car directly.
According to the definition, to form a hydrogen bond, a bond with hydrogen and another element should have a higher value for electronegativity such as H-N, H-O and H-F. H-Cl does not meet with sufficient polarity to form a hydrogen bond.
Water is a compound of Hydrogen and Oxygen (H2O) and is formed naturally when the two elements meet in the right conditions.
When glucose and oxygen molecules meet, they undergo a chemical reaction known as cellular respiration. This process releases energy that cells use to function, producing carbon dioxide, water, and ATP as byproducts.
In the atom
Breathing heavily can be a result of the body trying to quickly take in more oxygen to meet the increased demand during exercise or physical activity. This is not necessarily an indication of oxygen debt, which refers to the body's inability to supply enough oxygen to meet the demands of exercise.
When oxygen and starch meet in the presence of enzymes, such as in the process of cellular respiration in living organisms, the oxygen molecules are used to break down the starch molecules into simpler compounds to release energy. This process is essential for the production of ATP, the cell's main energy currency.
When oxygen and glucose meet in a body cell, a process called cellular respiration occurs. This process produces ATP (energy) for the cell through a series of biochemical reactions, with oxygen serving as the final electron acceptor to generate energy. Waste products like carbon dioxide and water are also produced during this process.
Catalase is the protein that catalyzes the decomposition of Hydrogen Peroxide to diatomic Hydrogen and Oxygen. Heat denatures or destroys proteins, so a boiled liver sample has denatured catalase proteins which can no longer perform their metabolic function.
They do meet and form a column
Since fermentation doesn't require oxygen, it is able to meet its requirements if glucose molecules are present.
Nothing "happens". They meet, and the rays continue merrily along their ways, never to meet again!
Nothing happens to the main part of the atom (nucleus), as the chemistry is determined by the electrons in the outer orbital shell of each atom. Take for example sodium hydroxide and hydrogen chloride. Sodium will lose it's outer electron more readily than hydrogen and chlorine will gain an electron more readily than hydroxide. Therefore sodium and chlorine will react forming sodium chloride and the hydrogen and hydroxide will form water.