well as we all know that our body lives with oxygen and without it there is no way to live.
we need to understand what oxygen does in our body so that we can understand what happens if oxygen is decreased.
well basically oxygen is taken in by breathing in a process called respiration, oxygen functions to help the body produce energy by adding oxygen with glucose the body is able to produce energy and this energy is what we use to make any action of this life, it could be the physical actions we see or even the internal actions of our body like breaking down food, functioning of the brain, pumping of the heart and etc.
now if oxygen is decreased or vanished, the body will not be able to produce this energy which means that all the actions that are going with in the body will stop, and when the heart and brain stop functioning death is the result
Hydrogen sulphide explodes when it is mixed with oxygen.
The higher the air density, the more oxygen available for combustion.
Oxygen! Which has probably come from water (H2O = 2 hydrogens and 1 oxygen) This process is called oxidisation, it is the same thing that happens when you have metal that has gone rusty, it has oxidised. The chemical symbol for iron is Fe, when it oxidises, it steals an oxygen molecule and becomes FeO... Iron Oxide.
it harms the trees and trees are needed for us to live. if we don't have trees ,we don't have oxygen. if we don't have oxygen, we can't breathe. if we can't breathe, we DIE. save the trees man!
If the match is lit and the bottle is empty, the match will burn all the oxygen and then it will go out, since it requires oxygen to keep burning. If the bottle is full, you will have a wet match.
That is, what they already do. No kind of fire can burn without oxygen!
When water is heated, it loses its ability to hold dissolved oxygen. This means that as the water temperature increases, the amount of oxygen available for aquatic organisms decreases. This can lead to lower oxygen levels in the water, which can be harmful to aquatic life.
When you put oxygen on a fire, it helps in combustion by providing more oxygen molecules for the reaction. This usually results in the fire burning more intensely. However, the effectiveness of adding oxygen depends on factors such as the fuel source, temperature, and available heat.
oxygen
Oxygen is available in emergency overhead masks in passenger aircraft
When oxygen is not available to an animal cell, it undergoes fermentation to produce energy in the form of ATP. This process is less efficient than aerobic respiration and produces lactic acid as a byproduct. If oxygen deprivation is prolonged, the cell may not be able to sustain energy production and can lead to cell death.
When there is no oxygen available for respiration, cells are unable to undergo aerobic respiration, which is the most efficient way to produce energy. This can lead to a switch to anaerobic respiration, which produces energy less efficiently and can result in the accumulation of lactic acid in mammals. Continued lack of oxygen can ultimately lead to cell death.
The rate of the chemical reaction will decrease because oxygen is one of the reactants required for the reaction to occur. With less oxygen available, the reaction will proceed at a slower pace.
A candle requires oxygen to burn, and when placed in a sealed jar, the oxygen supply is depleted, leading to the candle extinguishing. This happens because the flame consumes the available oxygen, creating a vacuum that eventually snuffs out the flame.
When a candle flame is covered by a beaker, it consumes the available oxygen inside the beaker until it is exhausted. Once the oxygen is depleted, the flame will go out due to the lack of oxygen needed for combustion.
When the candle flame is covered with a flask, it creates a closed system where the oxygen supply is limited. The flame requires oxygen to sustain combustion, so when the available oxygen is used up, the flame goes out. The process is known as oxygen depletion, and it happens when the flammable material (wax) fails to receive sufficient oxygen to continue burning.
Aerobic processes stop, only small amounts of ATP can be produced and fermentation proceeds.