When mercury(II) oxide, a red crystalline solid, is heated, it decomposes to form liquid mercury and oxygen gas, according to the following equation: ___HgO(s) $\rightarrow$___Hg(l) + ___O₂(g)(unbalanced) Balance the equation and determine the mass of mercury that should be formed when 12.3 g of HgO is heated.

Question

Quizplus · Accepted Answer

The Answer of When mercury(II) oxide, a red crystalline solid, is heated, it decomposes to form liquid mercury and oxygen gas, according to the following equation: ___HgO(s) $\rightarrow$___Hg(l) + ___O₂(g)(unbalanced) Balance the equation and determine the mass of mercury that should be formed when 12.3 g of HgO is heated.

When Mercury(II) Oxide, a Red Crystalline Solid, Is Heated, It →\rightarrow→

When Mercury(II) Oxide, a Red Crystalline Solid, Is Heated, It $\rightarrow$