What is the molar mass of calcium cyanide?

What is the molar mass of calcium cyanide?

92.11 g/mol
Calcium cyanide/Molar mass

What is the formula for calcium cyanide?

Ca(CN)2
Calcium cyanide/Formula

What is calcium cyanide in?

Calcium Cyanide is a white powder with an almond-like odor. It is used in stainless steel manufacturing, leaching ores, as a fumigant, insecticide and a single dose poison.

What is the mass percent of carbon in calcium cyanide?

Mass percentage of the elements in the composition

Element Symbol Mass Percent
Calcium Ca 43.510%
Carboneum C 26.079%
Nitrogenium N 30.413%

Is calcium cyanide ionic or covalent?

First, it must be noted that calcium cyanide, Ca(CN)2 , is an ionic compound made up of one calcium cation, Ca2+ , and two cyanide anions, CN− .

What is the molar mass of ammonia?

17.031 g/mol
Ammonia/Molar mass

Is calcium cyanide acidic or basic in water?

The cation of calcium cyanide is the calcium ion. The calcium ion does not exhibit any acid-base behavior in water. It does not hydrolyze to form hydrogen or hydroxide ions.

Is calcium cyanide an electrolyte?

Calcium cyanide is a strong electrolyte: State your .

What is the molecular weight of calcium cyanide?

›› Calcium Cyanide molecular weight. Molar mass of Ca(CN)2 = 92.1128 g/mol. Convert grams Calcium Cyanide to moles or moles Calcium Cyanide to grams. Molecular weight calculation: 40.078 + (12.0107 + 14.0067)*2.

What is the molar mass of CA(CN)2?

Molar mass of Ca(CN)2 = 92.1128 g/mol. Convert grams Calcium Cyanide to moles or moles Calcium Cyanide to grams.

What is the name of the compound CA(CN)2?

Calcium cyanide also known as black cyanide, is an inorganic compound with the formula Ca(CN)2. It is a white solid, although it is rarely observed in pure form. Commercial samples can be black-gray. It is the calcium salt of cyanide.

What is calcium cyanide used for?

Calcium cyanide is used almost exclusively in the mining industry. It serves as an inexpensive source of cyanide in many leaching or vat operation to obtain precious metals such as gold and silver from their ores. It does this by forming coordination complexes with the metals separating them from the ores.

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