Questions: Using the position of element Xx, find the letter that fits this description - put in all letters that fit the description given 1. Of the elements listed in the drop down menu, which one would have a highest ionization energy? 2. Of the elements listed in the drop down menu, which one(s) would have a lower ionization energy than Xx? 3. Which element(s) would have the higher ionization energy than Xx? 4. Of the elements listed in the drop down menu, which one would be the least attracted to its nucleus?

Using the position of element Xx, find the letter that fits this description - put in all letters that fit the description given 1. Of the elements listed in the drop down menu, which one would have a highest ionization energy? 2. Of the elements listed in the drop down menu, which one(s) would have a lower ionization energy than Xx? 3. Which element(s) would have the higher ionization energy than Xx? 4. Of the elements listed in the drop down menu, which one would be the least attracted to its nucleus?
Transcript text: Using the position of element Xx, find the letter that fits this description - put in all letters that fit the description given 1. Of the elements listed in the drop down menu, which one would have a highest ionization energy? 2. Of the elements listed in the drop down menu, which one(s) would have a lower ionization energy than Xx? 3. Which element(s) would have the higher ionization energy than Xx? 4. Of the elements listed in the drop down menu, which one would be the least attracted to its nucleus?
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Solution

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Solution Steps

Step 1: Identify the Position of Element Xx

Element Xx is located in the third period and the fourth group of the periodic table.

Step 2: Determine the Highest Ionization Energy

Ionization energy generally increases across a period from left to right. Therefore, element E, which is furthest to the right in the same period, will have the highest ionization energy.

Step 3: Determine Elements with Lower Ionization Energy than Xx

Elements to the left of Xx in the same period will have lower ionization energies. Therefore, elements A, B, and C will have lower ionization energies than Xx.

Final Answer

  1. E
  2. A, B, C
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