Want this question answered?
Carbon dioxide gas is actually bubbled thru cold water until it reaches a saturation level. The colder the water the more carbon dioxide it can hold. In reality just cold tap water temperatures are used but the gas is applied at pressure. If you raise the pressure on the water (usually done in a pressure vessel) and bubble carbon dioxide thru it you can reach higher saturation levels of CO2 which will be retained long enough for the carbonated sugar water to be put in the bottling line.
The two main waste products of respiration are Water (H2O) and Carbon Dioxide (CO2).
Carbon dioxide (CO2). It is mainly produced by the decomposition of pressurized carbonic acid (H2CO3) into water and carbon dioxide.
Yes it does.
Technically, they need three - H2O (water), CO2 (Carbon Dioxide), and Light Energy. However, Water and Carbon Dioxide are the only materials.
Carbon dioxide gas is actually bubbled thru cold water until it reaches a saturation level. The colder the water the more carbon dioxide it can hold. In reality just cold tap water temperatures are used but the gas is applied at pressure. If you raise the pressure on the water (usually done in a pressure vessel) and bubble carbon dioxide thru it you can reach higher saturation levels of CO2 which will be retained long enough for the carbonated sugar water to be put in the bottling line.
The carbon dioxide is a solute in a solution of carbon dioxide in water in a soft drink.
Carbon dioxide and water
Carbon dioxide and water
The two main waste products of respiration are Water (H2O) and Carbon Dioxide (CO2).
Carbon dioxide (CO2). It is mainly produced by the decomposition of pressurized carbonic acid (H2CO3) into water and carbon dioxide.
No, water is, carbon dioxide is the solute
carbon dioxide and water
Carbon dioxide absorption by the oceanis affected by how much is there already and solubility equilibrium.The second first - carbon dioxide dissolves into sea water depending on temperature. Warmer water can hold less. As a consequence sunlight can reduce the absorptive capacity by warming the water.Carbon dioxide enters the water to bring up the carbon dioxide levels to saturation levels. If the level in the water is educed by being absorbed by plants (algae) there is a deficiency of carbon dioxide and more carbon dioxide enters the water to make up the deficiency. Algae is more active when exposed to sunlight and absorbs more carbon dioxide. Sunlight thus enhances that amount of carbon dioxide transferring to the water from the atmosphere.
The correct answer is: Carbon dioxide and water.
water: H2O Carbon dioxide: CO2
(Carbon Dioxide and Water)