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When comparing the first ionization energies of elements within the same period, it is noted that boron first ionization energy than berylium. This is due to the| greater shielding has a of the electrons from the subshell to an area closer to the nucleus, which is not possible for boron electron present in the shielded. making it the atom. As a result, this electron is penetration to remove. 2p harder beryllium smaller ineffectively easier effectively 2s

When comparing the first ionization energies of elements within the same period, it is noted that boron first ionization energy than berylium. This is due to the| greater shielding has a of the electrons from the subshell to an area closer to the nucleus, which is not possible for boron electron present in the shielded. making it the atom. As a result, this electron is penetration to remove. 2p harder beryllium smaller ineffectively easier effectively 2s

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter7: The Structure Of Atoms And Periodic Trends
Section: Chapter Questions
Problem 69SCQ: Answer the following questions about first ionization energies. (a) Generally ionization energies...
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Reset Help greater When comparing the first ionization energies of elements within the same period, it is noted that boron shielding has a first ionization energy than beryllium. This is due to the of the electrons from the subshell to an area closer to the nucleus, which is not possible for boron the electron present in the atom. As a result, this electron is penetration shielded, making it to remove. 2p harder beryllium smaller ineffectively easier effectively 2s
Transcribed Image Text:Reset Help greater When comparing the first ionization energies of elements within the same period, it is noted that boron shielding has a first ionization energy than beryllium. This is due to the of the electrons from the subshell to an area closer to the nucleus, which is not possible for boron the electron present in the atom. As a result, this electron is penetration shielded, making it to remove. 2p harder beryllium smaller ineffectively easier effectively 2s
Answer the following questions regarding ionization energy. Part A Predict where the "jump" occurs for successive ionization energies for O O between the sixth and seventh ionization energies. O between the fifth and sixth ionization energies O between the seventh and eighth ionization energies. O between the fourth and fifth ionization energies. Submit Request Answer Part B Predict which period 3 element would have the following successive ionization energies: IE, = 578 kJ/mol IE, = 1817 kJ/mol IE, = 2745 kJ/mol IE = 11578 kJ/mol IES = 14842 kJ/mol IE = 18379 kJ/mol O Mg O B O Be OP O Al ON Submit Request Answer
Transcribed Image Text:Answer the following questions regarding ionization energy. Part A Predict where the "jump" occurs for successive ionization energies for O O between the sixth and seventh ionization energies. O between the fifth and sixth ionization energies O between the seventh and eighth ionization energies. O between the fourth and fifth ionization energies. Submit Request Answer Part B Predict which period 3 element would have the following successive ionization energies: IE, = 578 kJ/mol IE, = 1817 kJ/mol IE, = 2745 kJ/mol IE = 11578 kJ/mol IES = 14842 kJ/mol IE = 18379 kJ/mol O Mg O B O Be OP O Al ON Submit Request Answer
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