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First lonization Energy (kilojoules/mole) Не 2370 C Ne 800 1090 1400 1310 1680 2080 SI CI Ar 790 1010 1000 1250 1520 Se Br 950 940 1140 1350 As Kr Te Xe 870 1010 1170 student investigating ionization energy patterns found some information in a periodic table format. Which conclusion can best be made based on this information?

First lonization Energy (kilojoules/mole) Не 2370 C Ne 800 1090 1400 1310 1680 2080 SI CI Ar 790 1010 1000 1250 1520 Se Br 950 940 1140 1350 As Kr Te Xe 870 1010 1170 student investigating ionization energy patterns found some information in a periodic table format. Which conclusion can best be made based on this information?

Introductory Chemistry: A Foundation
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter11: Modern Atomic Theory
Section: Chapter Questions
Problem 12ALQ
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A Within a period atoms lose an electron more easily as atomic number increases. Only nonmetallic atoms require energy in order to lose an electron from their outermost electron shells C Within a group atoms lose an electron more easily as the size increases. All atoms located along a diagonal line lose an electron more easily as atomic mass increases. Sa
Transcribed Image Text:A Within a period atoms lose an electron more easily as atomic number increases. Only nonmetallic atoms require energy in order to lose an electron from their outermost electron shells C Within a group atoms lose an electron more easily as the size increases. All atoms located along a diagonal line lose an electron more easily as atomic mass increases. Sa
12390724) First lonization Energy (kilojoules/mole) Не 2370 C Ne 800 1090 1400 1310 16802080 CI SI 790 1010 1000 1250 1520 Ar Se Br 950 940 1140 1350 As Kr Te Xe 870 1010 1170 A student investigating ionization energy patterns found some information in a periodic table format. Which conclusion can best be made based on this information? A Within a period atoms lose an electron more easily as atomic number increases. Save/Exit 5 6 7 8 F.
Transcribed Image Text:12390724) First lonization Energy (kilojoules/mole) Не 2370 C Ne 800 1090 1400 1310 16802080 CI SI 790 1010 1000 1250 1520 Ar Se Br 950 940 1140 1350 As Kr Te Xe 870 1010 1170 A student investigating ionization energy patterns found some information in a periodic table format. Which conclusion can best be made based on this information? A Within a period atoms lose an electron more easily as atomic number increases. Save/Exit 5 6 7 8 F.
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