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Ch.6 - Electronic Structure of Atoms

Chapter 6, Problem 10d

The accompanying drawing shows a contour plot for a dyz orbital. Consider the quantum numbers that could potentially correspond to this orbital. (d) The probability density goes to zero along which of the following planes: xy, xz, or yz?

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Hi everyone here, we have a question asking which of the following statements is true. Based on the contour plot for a d xz orbital A. The probability density goes to zero along the xy and Xz plane B. The probability density goes to zero along the X Z and Y Z plane. See the probability density goes to zero along the X, Y and Y Z plane, or D. None of the above. So as we can see, the probability density goes to zero here and here. So our answer is going to be, see the probability density goes to zero along the X, Y and Y Z plane. Thank you for watching. Bye.
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The contour representation of one of the orbitals for the n = 3 shell of a hydrogen atom is shown here. (c) In which of the following ways would you modify this sketch if the value of the magnetic quantum number, ml, were to change? (i) It would be drawn larger, (ii) the number of lobes would change, (iii) the lobes of the orbital would point in a different direction, (iv) there would be no change in the sketch.

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Textbook Question

The accompanying drawing shows a contour plot for a dyz orbital. Consider the quantum numbers that could potentially correspond to this orbital. (b) What is the value of the angular momentum quantum number, l?

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The accompanying drawing shows a contour plot for a dyz orbital. Consider the quantum numbers that could potentially correspond to this orbital. (c) What is the largest possible value of the magnetic quantum number, ml?

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Four possible electron configurations for a carbon atom are shown below, but only one schematic represents the correct configuration for a carbon atom in its ground state. Which one is the correct electron configuration?

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Textbook Question

Four possible electron configurations for a nitrogen atom are shown below, but only one schematic represents the correct configuration for a nitrogen atom in its ground state. Which configurations violate the Pauli exclusion principle?

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