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Every individual block on the Periodic Table ... all hundred-and-some of them ...

represents an atom, with a structure different from all the other ones.

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Q: What group of the periodic table would the atom be found?
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Related questions

On what side of the periodic table would you find the most reactive metals?

The most reactive metals will be found in Group 1 on the right side of the periodic table.


Which is the following location in the periodic table would have the least massive atom?

Hydrogen is the least massive element. It is found in group 1, period 1 on the periodic table.


Where would a malleable and ductile sample be found on the periodic table?

On the far left on the periodic table.


Where on the periodic table would you find the halogens?

halogens are located in 17th group of the periodic table or 2nd group from extreme right.


An unknown element X can form a compound with the formula XBr3 In which group on the Periodic Table would element X be found?

13


How many valence electrons would be found in an atom of potassium?

Potassium is in group 1 of the periodic table, so the answer is 1 electron.


Why is the Lanthanide and Actinide Metals are found under the periodic table?

This was done only save space. Because there are so many elements in each Group (Group IIIB)--numbering 14 each--the Periodic Table would be twice as wide than as we know it.


How would you find valence electrons in a periodic table?

the group number of the periodic table shows the valence electron. such as :- sodium is placed in group 1 and have valence electron.


Where would you find the chemically active metals in a periodic table?

In Group 1. (The extreme left of the modern Periodic Table)


Which element would you expect to be located in group 1 of the periodic table?

Hydrogen, lithium, sodium, potassium, rubidium, cesium and francium are the elements located in group 1 of the periodic table.


Where would xenon be on the periodic table?

Xenon (Xe, atom number 54) is found in period V of Group 18, the group of "inert" gaseous elements, noble gases.


Why did mendeleev leave blank spaces on his periodic table?

Mendeleev left blank spaces because certain elements on the Periodic Table were not known at that time. He knew that in the future, those elements would be found and placed on the periodic table.