The Lewis structure looks like this: Each carbon atom has 4 unpaired electrons available for bonding. Each of the 3 chlorine atoms has a single unpaired electron available for bonding. The hydrogen has …

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 achieved by the …

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

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 combined with …

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 compressed to make …

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 the difference …

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 the right …

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 many …

An atom, such as Mg, is a neutral particle with electrons orbiting a positive nucleus. The noble gas notation for magnesium is [Ne] 3s^2. An ion, such as Na^+ or Cl^- is atom that has gained or lost …

Nov 6, 2016 · It was natural to assign to each atom an atomic mass that had the same number as the mass of its mole. Thus, the atomic masses became 1 unit for "H", 12 units for "C", and 16 units for …