Examples of using Oxygen is released in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
The Oxygen is released into the air through the stomata.
It does this through a chemical reaction where oxygen is released from water molecules.
The oxygen is released back into the atmosphere to give us more air.
At the same time,the oxidizing agent NADP+ is reduced to NADPH and oxygen is released to the atmosphere.
In most cases, oxygen is released as a waste product.
If this chemical reaction is not stopped by applying the mixture to your hair, oxygen is released.
The oxygen is released into the air and breathed in by the animal life(including ourselves).
Hydrogen is combined with carbon dioxide in order to make food for the plant, while oxygen is released through the stomata.
Oxygen is released and the hydrogen is compressed and kept in two tanks on either side of the catamaran.
When you hit the affected skin, a chemical reaction occurs, oxygen is released, helping to rid it of dirt, bacteria and pus.
Oxygen is released and the hydrogen is compressed and kept in two storage facilities on either side of the ship.
Hydrogen is combined with carbon dioxide in order tomake food for the plant, while oxygen is released through the stomata.
Following this process, oxygen is released as a waste product(which is beneficial for fish and invertebrates).
Internal respiration ortissue respiration/cellular respiration refers to a metabolic process in which oxygen is released to tissues or living cells and carbon dioxide is absorbed by the blood.
Oxygen is released to the atmosphere and is utilized by aerobic organisms including plants in the process of respiration.
Hydrogen extracted from water is incorporated into sugar, and oxygen is released to the atmosphere(where it can be used in respiration).
In the tissues, oxygen is released from the blood while carbon dioxide is bound for transport back to the lungs.
When PO2 is high, as in the pulmonary capillaries, oxygen binds with the hemoglobin, but when PO2 is low,as in the tissue capillaries, oxygen is released from the hemoglobin.
The oxygen is released into the air and the hydrogen is used to manufacture carbohydrates which provide energy for the plant.
In the first case, oxygen is released as a by-product, and in the second, carbon dioxide is released as a by-product.
Oxygen is released harmlessly into the atmosphere, and hydrogen, as H2, can be converted back into energy using hydrogen fuel cells.
While oxygen is released in the atmosphere through the stomata as a bi-product, hydrogen is used by the plants to prepare their own food.
When oxygen is released from sickle haemoglobin, it sticks together and forms long rods, which damage and change the shape of the red blood cell.
When oxygen is released from sickle hemoglobin, it sticks together and forms long rods, which damages and changes the shape of the red blood cells.
The oxygen is released back into the atmosphere, while the hydrogen is set apart and transferred to a synthesis reactor where it reacts with CO2 supplied by a nearby facility.
They apparently suffocated after a gas mixture which depletes oxygen was released.
This is a non-technical term referring to a solution containing oxygen atoms which are stabilized with buffers so thatthe product can be bottled without the oxygen being released before it is needed.
Senebier concluded(erroneously as it turned out) that in photosynthesis carbon dioxide is decomposed,with the carbon becoming incorporated in the organic matter of the plant and the oxygen being released.