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Periodic Trends: Ionization Energy

Q. Arrange these elements according to first ionization energy. Cl, Ar, Si, Na, P, Mg, Al, S

Solved • Mar 31, 2020

Periodic Trends: Ionization Energy

Q. Predict where the largest jump between successive ionization energies occurs for Sr. a) between the first and second ionization energies b) between the fourth and fifth ionization energies c) between the third and fourth ionization energies d) between the second and third ionization energies

Solved • Mar 31, 2020

Periodic Trends: Ionization Energy

Q. Predict where the largest jump between successive ionization energies occurs for Rb. a) between the fourth and fifth ionization energies b) between the third and fourth ionization energies c) between the second and third ionization energies d) between the first and second ionization energies

Solved • Mar 31, 2020

Periodic Trends: Ionization Energy

Q. 5. Why does silver (Ag) readily lose an electron from the s subshell before losing an electron from the d subshell before losing an electron from the d subshell when forming the Ag^+ ion? And what does it have to do with stability?

Solved • Mar 2, 2020

Periodic Trends: Ionization Energy

Q. 4. Why is the second ionization energy of lithium so 'unusually' larger than the first ionization? Why isn't the third ionization energy for lithium so 'unusually large' compared to the second ionization energy?

Solved • Mar 2, 2020

Periodic Trends: Ionization Energy

Q. 2. Arrange the following elements in terms of increasing first ionization energy (arrange them increasing from left [smallest] to right [largest]): Ga, F, S, Fr, Ba

Solved • Mar 2, 2020

Periodic Trends: Ionization Energy

Q. 3. Explain why only four ionization energies are listed for Beryllium in the table listing ionization energies of elements.

Solved • Mar 2, 2020