The chemical equation to describe the creation of zinc(II) sulfide can be written as Zn2+ + S2- → ZnS. Zn2+ represents a zinc ion with a charge of +2. S2− represents an ion of sulfur that carries a charge of -2. More »

The sulfide ion formula is S2-. The sulfide ion is an additive with a molar mass of 32.065 g mol-1. Molar mass is necessary for completing calculations when using sulfide in chemistry experiments. More »

The balanced equation for producing manganese(II) hydroxide is written as Mn + 2 OH = Mn(OH)2. Mn is the chemical symbol for manganese, The chemical formula for hydroxide ion is OH, and Mn(OH)2 is the chemical formula fo... More »

Zinc phosphide is an inorganic chemical compound that combines zinc and phosphorus, and it is often used as a rodenticide. Once eaten and exposed to stomach acid, it releases a toxic phosphine gas that kills rodents. More »

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Some of the atomic chemical properties of the element zinc include a nonbonded atomic radius of 2.01 and covalent radius of 1.20; an unstable electron affinity and electronegativity of 1.65 based on the Pauling scale; an... More »

To find the theoretical yield, balance the given chemical equation, and find the limiting reagent by calculating the mole ratios. Once the limiting reagent is found, convert its amount from moles to grams. More »

The chemical reaction for the burning of sugar by the body is shown through the chemical equation C12H22O11(s) + 12 O2(g) ----- 12 CO2(g) + 11 H2O(l). In this equation, C12H22O11 is the sugar, which burns by reacting wit... More »