chemicallibrary Unfortunately, the chemical equation you provided seems to be incorrect. There’s no compound containing O (oxygen) atom in the equation, yet it produces O2 in the product side. This makes the equation unbalanced and violates the principle of atom conservation in chemical reactions. Please kindly check your information again.
Definition of HIO2 HIO2, also known as Iodous Acid (in English), is a chemical compound formed from two Hydrogen atoms, one Iodine atom, and two Oxygen atoms. The atomic mass of this substance is 143.909. HIO2 contains one H2O molecule and one IO molecule. Viewed from above, this molecule has a shape like a letter … Read more
Detailed information about the equation 2Hg3Cr2 -> 2Hg2Cr2 + Cr2 + O2 The above chemical equation represents the decomposition process of the Hg3Cr2 compound under high temperature to create products which are Hg2Cr2, Chrome, and Oxygen. Reaction Conditions For the reaction to occur, a crucial condition is the presence of high temperature. Because this is … Read more
HIO Definition 1.1 Names 1.1.1 Common Name: HIO or Hypoiodous acid is a weak and unstable acid. 1.1.2 English Name: Hypoiodous acid 1.2. Atomic mass: 127.9 1.3. Atomic weight: The atomic weight of HIO equals the sum of the weights of Hydrogen (H), Iodine (I), and Oxygen (O). 1.3.1 Molecular Structure: An HIO molecule consists … Read more
Detailed information about the equation 2Hg3Mn2 -> 2Hg2Mn2 + Mn2 + O2: The above chemical equation represents a reaction between two substances Hg3Mn2 to produce products which are Hg2Mn2, Mn2 and O2. Reaction conditions: For the reaction to occur, appropriate temperature and pressure conditions are necessary. However, specific information about these reaction conditions is not … Read more
Definition of HI HI, or Hydrogen iodide, is an inorganic substance containing two elements: hydrogen and iodine. Its English name is Hydrogen iodide. HI has a molecular mass of 128. In the HI molecule, a hydrogen atom combines with an iodine atom through a covalent bond to form the HI molecule. When dissociated in solution, … Read more
Detailed information about the equation 2Hg3Co2 -> 2Hg2Co2 + Co2 + O2: This equation describes the decomposition process of the compound Hg3Co2, generating products such as Hg2Co2, Co2, and O2. Reaction conditions: As this is a decomposition reaction, high temperature is required, or there may be the presence of a catalyst if necessary. Reaction process: … Read more
Definition of HgI2: HgI2, also known as Mercury(II) iodide, is a chemical compound that contains the elements mercury and iodine. The molar mass of HgI2 is 454.4 g/mol. The HgI2 molecule consists of one mercury atom and two iodine atoms. When HgI2 molecule forms ions, we will have a mercury ion Hg2+ and two iodine … Read more
Unfortunately, the chemical equation you provided is invalid and does not adhere to the law of conservation of atoms. Mercury (Hg) and Nickel (Ni) are two chemical elements that do not combine to form the compound Hg3Ni2 or Hg2Ni2. Also, Ni2 or O2 (oxygen gas) cannot be produced from the decomposition of this non-existent compound. … Read more
Definition of C2H5I C2H5I, also known as Iodoethan, or in English, Ethyl iodide. This is an organic compound in the form of an ethyl hydrocarbon radical (C2H5) combined with an iodine atom. The atomic weight of C2H5I is 155.97 and its specific gravity is 1.97 g/mL at 25 °C. Its molecular structure includes 2 carbon … Read more