Modern Periodic Table and Atomic Radius Quiz
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Questions and Answers

What is the relationship between the effective nuclear charge and the pull of electrons closer to the nucleus?

  • The larger effective nuclear charge pushes electrons away from the nucleus
  • The larger effective nuclear charge pulls electrons closer to the nucleus (correct)
  • The larger effective nuclear charge has no impact on the position of electrons
  • The larger effective nuclear charge causes electrons to move randomly
  • What happens to the repulsion force between electrons in a negative ion as the number of electrons increases?

  • The repulsion force between electrons remains constant as the number of electrons increases
  • The repulsion force between electrons decreases as the number of electrons increases
  • The repulsion force between electrons becomes zero as the number of electrons increases
  • The repulsion force between electrons increases as the number of electrons increases (correct)
  • What effect does the nucleus charge have on the attraction of electrons according to the text?

  • The effect of the nucleus charge on the electrons' attraction decreases (correct)
  • The effect of the nucleus charge on the electrons' attraction increases
  • The effect of the nucleus charge on the electrons' attraction remains constant
  • The effect of the nucleus charge on the electrons' attraction becomes zero
  • What trend does ionization energy follow as we move down a group in the periodic table?

    <p>Ionization energy decreases going down a group</p> Signup and view all the answers

    How does the charge of the nucleus change as we move from up to down in a group in terms of ionization energy?

    <p>The charge of the nucleus decreases as we move from up to down in a group, leading to a decrease in ionization energy</p> Signup and view all the answers

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