Ionization Energy-Diagnostic Test

Energy is required to remove an electron from the atom.

• True
• False
• Not sure

 After the atom is ionised, it then requires more energy to remove a second electron because the second electronis nearer the nucleus.

• False
• True
• Not sure

The atom will spontaneously lose an electron to become stable.

• True
• False
• Not sure

Only one electron can be removed from the atom, as it then has a stable electronic configuration.

• True
• False
• Not sure

The nucleus is not attracted to the electrons.

• True
• False
• Not sure

Each proton in the nucleus attracts one electron.

• True
• False
• Not sure

After the atom is ionised, it then requires more energy to remove a second electron because the second electron experiences less shielding from the nucleus.

• True
• False
• Not sure

After the atom is ionised, it then requires more energy to remove a second electron because the second electron is in alower energy level.

• True
• False
• Not sure

The nucleus is attracted towards the outermost electron less than it is attracted towards the other electrons.

• True
• False
• Not sure

After the atom is ionised, it then requires more energy to remove a second electron because it experiences agreater core charge than the first.

• True
• False
• Not sure