C + O ==> CO
Carbon monoxide is formed
Carbon dioxide, or CO2.
Not in it, but bonded to it. In this case, you have carbon monoxide. Add another oxygen molecule and you have carbon dioxide. No, a molecule of Oygen would have the formula O2, and it contains two atoms of Oygen. If Carbon was also present then it would not be a molecule of Oxygen. It would be either Carbon monoxide (CO) or Carbon dioxide (CO2).
Markovnikov's rule states that in the addition of a hydrogen halide (such as HCl or HBr) to an alkene, the hydrogen atom will add to the carbon atom with more hydrogen substituents, while the halogen atom will add to the carbon atom with fewer hydrogen substituents.
To find the atomic mass of CO2, you need to identify the atomic masses of each element in the compound and then add them together. The atomic mass of carbon (C) is 12.01 amu, and the atomic mass of oxygen (O) is 16.00 amu. In CO2, there are two oxygen atoms, so you would calculate the atomic mass by adding 12.01 amu (carbon) to 2x16.00 amu (oxygen) for a total of 44.01 amu.
One carbon plus one oxygen will equal one molecule of carbon monoxide. The complete equation is 2 C + O2 -> 2CO.
CO2 = Carbon Dioxide
Carbon dioxide or CO2
Carbon dioxide, or CO2.
One carbon atom and one oxygen atom combine to produce one carbon monoxide (C0) molecule.
You get Coxid
Not in it, but bonded to it. In this case, you have carbon monoxide. Add another oxygen molecule and you have carbon dioxide. No, a molecule of Oygen would have the formula O2, and it contains two atoms of Oygen. If Carbon was also present then it would not be a molecule of Oxygen. It would be either Carbon monoxide (CO) or Carbon dioxide (CO2).
It matters how much you have mixed together. say you add 2 hydrogen and 1 oxygen atom, you will get water. but H2CO3is an acid.
Let's see, 1hydrogen, 2helium, 3lithium, 4beryllium, 5boron, 6carbon, 7nitrogen, 8oxygen. Eight protons in one atom of oxygen. Oxygen is diatomic, so there would be 16 protons in a typical oxygen "molecule."
carbon dioxide
Carbon dioxide
Carbon dioxide.
co2 :) by nick salmon