Anabolic. If I've read your equation correctly than this is photosynthesis. Although the overall equation looks simple, this is actually an incredibly complex series of reactions involving a number of proteins and electron carriers. However, I think it is anabolic as you are putting together, carbon dioxide, water, and light to make a significantly more complex sugar and oxygen. You could also explain this in terms of entropy; more complex molecules have less entropy while loose carbon dioxide and water have more.
Don't take this as verbatim as I'm no expert on this.
Yes, CO2 is one of the reactants in photosynthesis, not an end product. Oxygen (O2) is the primary byproduct of photosynthesis.
Hydrocarbons (which are only hydrogen and carbon) require oxygen to combust, and they form water and carbon dioxide. So a general formula might look something like this:CnHm + (m/4 + n)O2 → (m/2)H2O + nCO2where n is the number of carbons in the hydrocarbon and m is the number of hydrogens. In hydrocarbon equations, it's very possible to have a fraction for the oxygen. Combustion reactions are one of few reactions where it's acceptable to do this. However, some teachers may still ask you to get rid of the fraction. To do this, multiply each compound's coefficient by two (or whatever the denominator is in oxygen's coefficient, but it will rarely be anything but two because the number of hydrogens, m, will almost always be even).
The chemical symbol for superoxide is O2-.
O2 is non polar molecule .
the answers is 6 _apex
c02,ho2,o2 ect
Yes, this photosynthesis is an anabolic reaction, an energy consuming (sunlight), building-up reaction.
when exercise,your body lacks o2 and has to much c02 and needs too get rid of it. this increases your breathing and heartbeat.
Yes, CO2 is one of the reactants in photosynthesis, not an end product. Oxygen (O2) is the primary byproduct of photosynthesis.
Combustion reactions are a reaction of oxygen (O2) with carbons (C) and hydrocarbons (CHs) which release chemical energy, specifically thermal heat. An elementary combustion reaction is C + 02 ---> Carbon (C02). In this reaction the O2 is completely consumed, or used up.
The heart is constantly pumping blood around the body. blood entering the lungs is deoxygenated and high in C02 The air in the alveoli has a high oxygen concentration and in comparison is low in C02 This sets up a concentration gradient. This causes oxygen to diffuse into the RBC and C02 to diffuse out in order to try balance the concentration. This balance is maintained by breathing, taking away the C02 in the lungs and bringing in fresh O2 and the constant pumping of blood, bringing more deoxygeneate blood into the lungs
carbon (s) + 2 oxygen (g) = carbon dioxide (g) the s stands for solid, and g for gas. it is probably not needed. the 2 in front of oxygen is to show that twice the number of oxygen atoms will be used, as there are two oxygen atoms and one carbon atom in a C02 molecule.
To balance the chemical equation C6H12O6 + O2 → CO2 + H2O: Start by balancing the carbon atoms by placing a coefficient of 6 in front of CO2. Balance the hydrogen atoms next by placing a coefficient of 6 in front of the H2O. Lastly, balance the oxygen atoms by placing a coefficient of 6 in front of O2 on the left side of the equation. The balanced equation is: C6H12O6 + 6 O2 → 6 CO2 + 6 H2O
This has to do with chemistry. O2 is also known as oxygen, because there are two oxygen atoms bound together to make the oxygen molecule. CO2 is carbon dioxide, because there is 1 carbon atom bound together with 2 oxygen atoms to make the molecule.
Seedlings can start making their own food through photosynthesis once they have developed their first true leaves, which typically happens a few days to a couple of weeks after germination. These leaves have chlorophyll, the pigment needed for photosynthesis to occur.
Hydrocarbons (which are only hydrogen and carbon) require oxygen to combust, and they form water and carbon dioxide. So a general formula might look something like this:CnHm + (m/4 + n)O2 → (m/2)H2O + nCO2where n is the number of carbons in the hydrocarbon and m is the number of hydrogens. In hydrocarbon equations, it's very possible to have a fraction for the oxygen. Combustion reactions are one of few reactions where it's acceptable to do this. However, some teachers may still ask you to get rid of the fraction. To do this, multiply each compound's coefficient by two (or whatever the denominator is in oxygen's coefficient, but it will rarely be anything but two because the number of hydrogens, m, will almost always be even).
= H2+O2 =2H2+O2=2H2O