The equation is Zn + Na2B4O7 -> ZnB4O7 + 2Na

In the above chemical equation, the metal Zn (zinc) reacts with Na2B4O7 (sodium tetraborate, also known as borax), producing ZnB4O7 (zinc tetraborate) and 2Na (sodium). Reaction conditions: For the reaction to occur, conditions such as temperature, pressure, etc. are required. However, this equation is a theoretical chemical equation and cannot occur in real conditions due … Read more

What is MgS? Important knowledge about MgS.

Definition of MgS Magnesium sulfide (MgS) is a chemical compound consisting of magnesium and sulfur. It appears as white or pale yellow crystalline particles. Magnesium sulfide has a molecular weight of 56.38 g/mol. The MgS molecule consists of a magnesium ion (Mg2+) and a sulfide ion (S2-). Properties of MgS 2.1 The physical properties of … Read more

What is Mg3N2? Important knowledge about Mg3N2.

Definition of Mg3N2 Mg3N2, also known as magnesium nitride, is a chemical compound belonging to the nitride group, consisting of three magnesium atoms (Mg) and two nitrogen atoms (N). Its English name is Magnesium nitride. It has a molar mass of 100.9494 g/mol and atomic mass consists of 3 magnesium atoms and 2 nitrogen atoms. … Read more

The equation Zn + Na2CO3 -> ZnCO3 + 2Na

Detailed information about the equation Zn + Na2CO3 -> ZnCO3 + 2Na The equation above describes the chemical reaction process between zinc (Zn) and sodium carbonate (Na2CO3) to form zinc carbonate (ZnCO3) and sodium (Na). The mole ratio of Zn and Na2CO3 required to react with each other is 1:1 and the result of the … Read more

What is MgI2? Important knowledge about MgI2.

Definition of MgI2 MgI2, commonly known as Magnesium iodide in English, is a type of chemical salt compound with a molecular weight of 278.1139 g/mol. MgI2 is composed of one Magnesium atom and two Iodine atoms, forming Magnesium ions (Mg2+) and Iodine ions (I-). Properties of MgI2 2.1 Physical properties of MgI2: MgI2 is a … Read more

The equation Zn + FeCr2O4 -> ZnCr2O4 + Fe

Detailed Information on the Equation Zn + FeCr2O4 -> ZnCr2O4 + Fe This chemical equation describes the reaction between zinc (Zn) and iron chromite (FeCr2O4) to produce zinc chromite (ZnCr2O4) and iron (Fe). Reaction Conditions This reaction requires high temperature and the presence of a catalyst to occur. Reaction Process The reaction process occurs when … Read more

What is MgBr2? Important knowledge about MgBr2.

Definition of MgBr2: 1.1 The common name of MgBr2 is Magiê bromua. The English name of this compound is Magnesium bromide. 1.2 MgBr2 consists of 1 Magnesium atom (Mg) and 2 Bromine atoms (Br). The atomic mass of Mg is 24 and Br is 79. 1.3 The molecular weight of MgBr2 is 184 g/mol (24 … Read more

The chemical equation Zn + BaSO4 -> ZnSO4 + Ba translates to English as: Zinc plus Barium Sulfate yields Zinc Sulfate and Barium.

Detailed information about the equation Zn + BaSO4 -> ZnSO4 + Ba The above chemical equation describes the reaction process between zinc metal (Zn) and barium sulfate salt (BaSO4), creating zinc sulfate salt (ZnSO4) and barium metal (Ba). Reaction conditions For the reaction to occur, the necessary condition is direct contact between the reactants, along … Read more

What is MgCl2? Important knowledge about MgCl2.

MgCl2, also known as Magnesium Chloride, is an odorless, colorless crystalline solid with a slightly bitter, salty taste. In English, we call it Magnesium Chloride. The atomic weight of Magnesium is 24.305, that of Chloride is 35.453, therefore, the molecular weight of MgCl2 is 95.211 (g/mol). The MgCl2 molecule is made up of one Mg2+ … Read more

The equation Zn + 2Na4SiO4 -> ZnSiO4 + 8Na

Detailed information about the Zn + 2Na4SiO4 -> ZnSiO4 + 8Na reaction: This is a chemical reaction between the Zinc compound (Zn) and the Sodium silicate compound (Na4SiO4) to produce the Zinc silicate compound (ZnSiO4) and the Sodium element (Na). 1 mole of Zinc will react with 2 moles of Sodium silicate to produce 1 … Read more