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  1. Question #73746 - Socratic

    Oxygen, therefore, has two unpaired electrons which can bond with the two hydrogen atoms. In order to obtain maximum separation of the electron orbitals from the 3 atoms, bonding is …

  2. What would be the electron dot structure of a molecule of

    Explanation: Well, each sulfur atom is #sp^3-"hybridized"# to a first approx. And so each sulfur atom has TWO lone pairs of electrons..

  3. Site Map - Lewis Dot Diagram Questions and Videos | Socratic

    What is the difference between Lewis Structure and dot diagram? What is the electron dot structure for Au/gold and why? How would you draw a Lewis dot diagram showing hydrogen …

  4. Question #1e01f - Socratic

    The chemical formulas are a) "MgCl"_2 and b) "LiF". Magnesium Chloride A "Mg" atom has two valence electron. It can get a complete shell if it loses these electrons. A "Cl" atom has seven …

  5. Site Map - Fission and Fusion Questions and Videos | Socratic

    The nucleus of a large atom splits and two smaller atoms are formed. Energy is released in the process. What is the name of this process? In nuclear fusion, two atoms of hydrogen are …

  6. Answers created by Dwight - Socratic

    The ionization potential of an atom is defined as the energy required to completely remove an electron . using Bohr's theory , calculate the ionization potential of the hydrogen atom? What's …

  7. Site Map - VSEPR Questions and Videos | Socratic

    If the bond angles at a carbon atom are 120°, how many groups are distributed around the carbon atom? What is the bond angle of a methane molecule that contains four hydrogen atoms …

  8. Answers created by anantha n. - Socratic

    How much energy is required to excite an electron in the ground state in a hydrogen atom to the third excited state? How much more energy would it take to ionise the atom ? 2. If the figure to …

  9. Molecular Orbitals and Hybridizations - Socratic

    How do you determine hybridization? If an atom has sp3d hybridization in a molecule. What is the maximum number of pi bonds that atom can form? How are hybridization orbitals found? How …

  10. Question #fd577 - Socratic

    1.7 * 10^(-24) "g" All you have to do here is to use Avogadro's constant and the mass of 1 mole of carbon as a conversion factor to go from the mass of 1 mole of atoms of carbon to the mass of …