First lonization Energy (kilojoules/mole) He 2370 F Ne 800 1090 1400 1310 1680 2080 SI P CI Ar 790 1010 1000 1250 1520 As Se Br Kr 950 940 1140 1350 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?

Chemistry
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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CHEMISTRY (2021) ASSESSMENT
CHEMISTRY I 12-7 (AARON JAMES, ID: 12390724)
First lonization Energy
(kilojoules/mole)
Не
2370
B
800 1090 1400 1310 1680 2080
C
Ne
SI
CI
Ar
790 1010 1000 1250 1520
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.
HSave/Exit
7
8.
Transcribed Image Text:CHEMISTRY (2021) ASSESSMENT CHEMISTRY I 12-7 (AARON JAMES, ID: 12390724) First lonization Energy (kilojoules/mole) Не 2370 B 800 1090 1400 1310 1680 2080 C Ne SI CI Ar 790 1010 1000 1250 1520 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. HSave/Exit 7 8.
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.
Sav
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. Sav
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