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  1. 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 …

  2. Venn Diagrams and Tree Diagrams Questions and Videos - Socratic

    What is #P (AuuB)#? Which two-way table contains the same information as the Venn diagram? For a custom car, there are 7 choices of wheel covers, 4 choices of stereos, 8 choices of …

  3. 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 …

  4. Answers created by Dwight - Socratic

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

  5. Can someone please please help me answer these I dont ... - Socratic

    Here's what I get. > (a) A phase diagram is a graph that shows the physical states of a substance under different conditions of temperature and pressure. (b) You can use a phase diagram to …

  6. 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 …

  7. Two charges of 5 C and -1 C are positioned on a line at ... - Socratic

    F_"net" = 4.725xx10^10 N in the positive direction. If we imagine the situation (or, better, draw a large, clear, labeled diagram!) we know that the 5 C charge is 1 m from the 1 C charge and the …

  8. Which of the following is NOT a valid choice of l if n = 4, m_l = 2 ...

    For n = 4 and m_l = 2, we have either a 4d or 4f orbital, since l_ (max) = n-1 = 3 and the set of m_l cannot be greater than what l actually is. As such, l = 2 or l = 3 could be correct... And …

  9. A rectangle has length #10# #i n#. and area #20# #i n^2 ... - Socratic

    I found: 2"in" Have a look at the diagram: where the area will be: A="length"*"width" 20"in"^2=10"in"*w w= (20"in"^2)/ (10"in")=2"in"

  10. Question #8b29b - Socratic

    color (blue) (x^4+2x^2y^2-2x^3+y^4-2y^2x+x^2-4x^2-4y^2=0) From the diagram we can see that point P has polar coordinates ( r , theta ) and Cartesian coordinates (x,y). And color (white) …