To determine how much of a second substance combines with 60.2g of Mercury (Hg), we need to know the identity of that substance and its molar mass. If we assume it's a specific reactant, we could use stoichiometric calculations based on the balanced chemical equation for the reaction. Without this information, we can't provide an exact answer. However, we can say that the total mass of the products will equal the total mass of the reactants, which is 60.2g of Hg plus the mass of the second substance (24g in this case).
71.5 %
Mercury oxide is composed of mercury (Hg) and oxygen (O) atoms. The chemical formula for mercury(I) oxide is Hg2O, while the formula for mercury(II) oxide is HgO.
To find the percent composition of mercury (Hg) in the compound, you first calculate the molar mass of each element. Then, find the molar mass of the compound by adding the molar masses of Hg and Br. Divide the molar mass of Hg by the molar mass of the compound and multiply by 100 to get the percentage. In this case, the percent composition of Hg in the compound is approximately 71%.
1 gram = 0.01 hg.1 gram = 0.01 hg.1 gram = 0.01 hg.1 gram = 0.01 hg.
hg hg
Assuming Hg is hectogram, 1 Hg = 0.22046 pounds 1 pound = 4.5359 Hg
Hg is the chemical symbol for mercury
Mercury and sulfur combine to form mercury(II) sulfide, which is a black compound. The chemical equation for this reaction is: Hg + S → HgS
Mercury is an element (Hg) . A lot of mercury atoms combine together to form it's compound which exists as liquid state. It surely is'nt a mixture.
Liquid mercury is a pure element its formula is Hg.
1 hg = 10 dag so 45 hg = 10*45 = 450 dag.1 hg = 10 dag so 45 hg = 10*45 = 450 dag.1 hg = 10 dag so 45 hg = 10*45 = 450 dag.1 hg = 10 dag so 45 hg = 10*45 = 450 dag.
An HG sensor is a reversible optical membrane sensor used for detecting Hg. Hg is also known in this case as the presence of Mercury.