yes
No it is not possible. Once bonded it can not be broken back down.
No. Carbonic acid is a compound of 3 elements: carbon, hydrogen, and oxygen. It will, however, readily break down into water and carbon dioxide, which are compounds.
Yes: Carbon dioxide is systematically named chemical substance, and since the name contains indications of the presence of two chemical elements, carbon dioxide can be broken down chemically into its two constituent elements.
The process is called respiration, plants respire too but only at night. The word equation for this is: Glucose + Oxygen = Carbon Dioxide + Water + Energy
Yes, carbon dioxide is made when glucose is broken down in the process called celluar respiration.
Carbon cannot be broken down. It is an element. When you burn carbon you get carbon dioxide, but that forms from combining carbon with oxygen.
No it is not possible. Once bonded it can not be broken back down.
There is only one gas. It is the CO2 gas.
Why not, If a burning piece of Magnesium is introduced in carbon dioxide containing jar it breaks the carbon dioxide ,oxygen goes with Magnesiumas oxide and carbon is settled down.
Oxygen helps to break down dead materials. Once the oxygen has been broken down, the material will release carbon dioxide and other gases.
In the reaction of respiration glucose and oxygen are broken down to produce carbon dioxide and water
No. Adenosine triphosphate (ATP) (energy) is broken down into carbon dioxide and water.
Oxygen is produced when carbon dioxide and water are broken down into sugar and oxygen. Oxygen is the waste product
glucose
carbon dioxide is converted into glucose carbon fixation
No. Carbonic acid is a compound of 3 elements: carbon, hydrogen, and oxygen. It will, however, readily break down into water and carbon dioxide, which are compounds.
Yes: Carbon dioxide is systematically named chemical substance, and since the name contains indications of the presence of two chemical elements, carbon dioxide can be broken down chemically into its two constituent elements.