Explanation: Given The orbital having dumbbell shape. The orbitals are classified on the basis of their shapes. The orbital having dumbbell shape is the p orbital. The quantum number l for the p orbital is 1 . (b) Explanation: Given The principle quantum number of the given orbital is 3 . The direction of the given orbital is along y axis. The orbital has dumbbell shape. The orbital has dumbbell shape means the given orbital is a p orbital and the value of principle quantum number is 3 means the given orbital is a 3 p orbital. The direction of the orbital is specified on the basis of electron density which is along y axis for the given orbital. Therefore, the given orbital is 3 p y orbital.
Explanation: Given The orbital having dumbbell shape. The orbitals are classified on the basis of their shapes. The orbital having dumbbell shape is the p orbital. The quantum number l for the p orbital is 1 . (b) Explanation: Given The principle quantum number of the given orbital is 3 . The direction of the given orbital is along y axis. The orbital has dumbbell shape. The orbital has dumbbell shape means the given orbital is a p orbital and the value of principle quantum number is 3 means the given orbital is a 3 p orbital. The direction of the orbital is specified on the basis of electron density which is along y axis for the given orbital. Therefore, the given orbital is 3 p y orbital.
Given The orbital having dumbbell shape. The orbitals are classified on the basis of their shapes. The orbital having dumbbell shape is the p orbital. The quantum number l for the p orbital is 1 .
(b)
Explanation:
Given The principle quantum number of the given orbital is 3 . The direction of the given orbital is along y axis. The orbital has dumbbell shape. The orbital has dumbbell shape means the given orbital is a p orbital and the value of principle quantum number is 3 means the given orbital is a 3p orbital. The direction of the orbital is specified on the basis of electron density which is along y axis for the given orbital. Therefore, the given orbital is 3py orbital.
(c):
Interpretation Introduction
To determine: The way to change the magnetic quantum number of the given orbital.
7. Calculate the following for a 1.50 M Ca(OH)2 solution.
a. The concentration of hydroxide, [OH-]
b. The concentration of hydronium, [H3O+]
c. The pOH
d. The pH
A first order reaction is 46.0% complete at the end of 59.0 minutes. What is the value of k? What is the
half-life for this reaction?
HOW DO WE GET THERE?
The integrated rate law will be used to determine the value of k.
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Chapter 14 Solutions
Chemistry the Central Science 13th Edition Custom for Lamar University
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Quantum Numbers, Atomic Orbitals, and Electron Configurations; Author: Professor Dave Explains;https://www.youtube.com/watch?v=Aoi4j8es4gQ;License: Standard YouTube License, CC-BY