1.
What is the group number of the elements?2. [ATOMIC STRUCTURE] Electronic Configuration of Particle
What is the correct representation of the general valence shell electronic configuration?3. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Figuring out unpaired electrons.4. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Use ‘electron-in-box’ to figure out unpaired electrons5. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Application to Period 5 Transition Element.6. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Reinforcing concepts of subshells, orbitals and its shapes.7. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Learn how to write electronic configurations both ways!8. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Can you find electronic configuration given the group?9. [ATOMIC STURCTURE] Electronic Configuration of Particle
Use electrons in box to figure out unpaired electrons.10. [ATOMIC STURCTURE] Electronic Configuration of Particle
Match the orbital type and no. of electrons to its respective orbital shape.11. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Which of the following sets consists of particles that are isoelectronic?12. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Which of the following species has the greatest number of unpaired electrons?13. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Which is the correct arrangement of the ions in terms of increasing ionic radii?14. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Applying Aufbau’s Principle to find the orbital to be filled first.15. [ATOMIC STRUCTURE] Electronic Configuration of Particle
What compound is likely to form?16. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Figuring out unpaired electrons.17. [ATOMIC STRUCTURE] Electronic Configuration of Particle
Writing electronic configuration and sketching a graph to show successive ionisation energy.