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Answer :
To determine the correct order of elements from largest to smallest atomic radii, it's important to understand how atomic radii vary across the periodic table. Generally, atomic radii increase as you move down a group and decrease as you move from left to right across a period.
Let's look at the elements in question:
1. Strontium (Sr): Located in Group 2 and Period 5 of the periodic table, it has a relatively large atomic radius as it is further down the table.
2. Germanium (Ge): Found in Group 14 and Period 4, this element has a smaller atomic radius compared to strontium but is larger than elements found further to the right of its period.
3. Arsenic (As): In Group 15 and Period 4, arsenic has a smaller atomic radius than germanium because it is further to the right in the same period.
4. Chlorine (Cl): Located in Group 17 and Period 3, chlorine has the smallest atomic radius among these elements due to its position further to the right and higher up in the table.
The correct order, from largest to smallest atomic radii, is:
- Sr (Strontium)
- Ge (Germanium)
- As (Arsenic)
- Cl (Chlorine)
So, the final sequence is: Sr, Ge, As, Cl.
Let's look at the elements in question:
1. Strontium (Sr): Located in Group 2 and Period 5 of the periodic table, it has a relatively large atomic radius as it is further down the table.
2. Germanium (Ge): Found in Group 14 and Period 4, this element has a smaller atomic radius compared to strontium but is larger than elements found further to the right of its period.
3. Arsenic (As): In Group 15 and Period 4, arsenic has a smaller atomic radius than germanium because it is further to the right in the same period.
4. Chlorine (Cl): Located in Group 17 and Period 3, chlorine has the smallest atomic radius among these elements due to its position further to the right and higher up in the table.
The correct order, from largest to smallest atomic radii, is:
- Sr (Strontium)
- Ge (Germanium)
- As (Arsenic)
- Cl (Chlorine)
So, the final sequence is: Sr, Ge, As, Cl.
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