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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 #2cd94 - Socratic

    There is no such thing as a 3f orbital. The f-orbitals begin at n=4. More below... When quantum numbers are assigned (during the solution of Schrodinger's equation), there are several …

  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. A satellite was placed in an orbit above the earth's ... - Socratic

    Feb 5, 2018 · The orbital period of this satellite is 5.08 hours (5 hours, 5 minutes, 3 seconds to be precise!) . We need Kepler's third law for this problem, but in the form that is often referred to …

  9. 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 …

  10. Answers created by anantha n. - Socratic

    Q&A and Videos that make learning easy. Math, History, Chemistry, Algebra, Calculus, Biology and more.