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  1. Site Map - Orbital Hybridization Questions and Videos | Socratic

    How to determine the type of hybridization, can you guys explain how? How to draw overlapping of pure or hybridized orbitals for Br2 and NO+? Explain the need for the orbital of an atom to …

  2. Molecular Orbitals and Hybridizations - Socratic

    Who created the molecular orbital theory? How do you find hybridization orbitals? What are the steps associated with the process of constructing a hybrid orbital diagram? What mode of …

  3. Why is it said that a sp^2 hybridized carbon more ... - Socratic

    The carbon which has more s character,the atom is more electronegative. Let's calculate s character in sp2 and sp3 hybridized atom. In case of sp2 hybridization, the number of s orbital …

  4. In really simple/child-like terms, with some sophistication

    Oct 13, 2017 · Hybridization is just so that the central atom in a molecule can form (or potentially form) multiple identical bonds with the outer atoms. It is done by mixing orbitals together and …

  5. Question #73746 - Socratic

    In the planar molecule the 2s orbital on oxygen mixed with only the two 2p orbitals in the same plane to make the bonds. A diagram of the molecular orbitals is given here.

  6. Question #edcc7 - Socratic

    Hence because the #Sc^ (3+)# has an even number of electrons in each orbital it tells us that they are all paired, meaning no unpaired electrons. Thus 0 substituted into the above equation will …

  7. Why should the first ionization energy of magnesium,

    Oct 9, 2015 · The difference in the 1st ionization energy thus does reflect the character of the orbital from which the electron is removed. There should be less nuclear attraction for a p …

  8. Question #a2b13 - Socratic

    (1) Let RON ew be new orbital Radius when velocity of moon is increased by 42% Equation (1) becomes (1.42v)2 × RON ew = Constant ..... (2) Dividing (2) with (1) we get (1.42v)2 ×RON …

  9. What is the Pauli Exclusion Principle? - Socratic

    The pair of electrons occupying an orbital must have opposite spins. The electron spin quantum number, m_s can be +1 /2 or -1/2. According to the Pauli Exclusion Principle, an orbital can …

  10. Bonding and Antibonding Orbitals - Socratic

    When carbon and oxygen bond, the molecule contains how many pairs of bonding electrons? What does it mean that an orbital is nonbonding? With what do they correspond within Lewis …