Assuming all other conditions equal, then, yes, the density would not change regardless of the mass of the substance. This is because the density is a ratio of the mass substance to its volume. If you increase the mass, the volume displaced would also be greater. So, it would just adjust making the density constant. This is applicable if it is at the same temperature and pressure conditions.
I am pretty sure that it is called a covalent bond, I hope that I am right. If not please correct me.
The reaction will be spontaneous if Gibb free energy is negative, according the following relation:
G = H - T*S
where G is Gibbs free energy, T is change of enthalpy , T is temperature and S is change of entropy
In the case of ammonia:
G = -93000 - 356*(-198) = -93000 + 70488 = -22512 j/mol
As G < 0 then the reaction is spontaneous.
Answer:
6co2+6H2o-c6H1206+6o2
Explanation:
the 6co2 is carbon dioxide, 6H2o is water, c6H12o6 is starch and 6o2 is oxygen
