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Some chemical reactions only proceed at high temperatures. Otherwise, the molecules don't have sufficient energy to overcome their initial bonding energy (for example, the two oxygen atoms in an oxygen molecule are bonded together).
Dissolve oxygen is when oxygen is dissolved and oxygen is just normal oxygen!
Oxygen, you can not feel oxygen
An oxygen atom
Oxygen. It supports combustion.
yes you can but the people have to overcome many challenges like getting food and oxygen.
Climbers need to wear oxygen masks to help them breathe as the air is thin higher up Mount Everest than at sea level.
Rancidity is not reversible, so it cannot be overcome. It might be possible to slow it down or prevent it with the use of antioxidants or using oxygen depleters. Cooler or freezer storage may slow the reaction, too.
Oxygen therapy is provided to those who suffer from acute or chronic conditions such as COPD. Oxygen therapy is done in association with other medical treatment which can include other medications.
The higher into the atmosphere the plane ascends, the thinner the air is. This is the reason oxygen is required. The United States Parachute Association states oxygen use should begin at 15,000' above ground level.
As the blood passes though the pulmonary circulation, oxygen within the lungs binds with the hemoglobin and is carried from the lungs back to the heart and then from there on to the active tissues of the body.
No. Even if you could overcome those problems, Neptune is a gas planet, so it does not have a surface.
Loading/uptake/association of oxygen at high p.O 2; In lungs (haemoglobin) is (almost) fully saturated / in lungs haemoglobin has a high affinity for oxygen; Unloads/releases/dissociates oxygen at low p.O 2; Unloading linked to higher carbon dioxide concentration;
Some chemical reactions only proceed at high temperatures. Otherwise, the molecules don't have sufficient energy to overcome their initial bonding energy (for example, the two oxygen atoms in an oxygen molecule are bonded together).
Neither of the reactants have enough energy to overcome the activation barrier at room temperature - paper isn't supposed to just burn on contact with oxygen.
It all has to do with string theory. There are tiny "strings", as physicists call it, that help the molecules overcome the gravitational and electrostatic forces and bind them together.
In order for the body to overcome the increased energy demands after a race, it needs more oxygen. Oxygen is transported though the blood, thanks to a pigment called haemoglobin, located inside red blood cells. For this reason, after exercise the heart beats faster, so blood (and therefore oxygen) is transported in higher amounts to the muscles that need it.