Is 5s2 5p4 in Group 17 and Period 6 on a Different Periodic Table?

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The electronic configuration 5s2 5p4 typically corresponds to tellurium, which is found in Group 16 and Period 5 of the standard periodic table. However, the discussion reveals confusion regarding its classification in a long form periodic table, where it is suggested to be in Group 17 and Period 6. Participants clarify that the long form does not include Groups 16 or 17, indicating a fundamental difference from the standard table. The debate centers around the validity of the long form's classification compared to the conventional periodic table. Ultimately, the distinction between the two periodic tables is emphasized, leading to uncertainty about the correct group and period assignment.
Raghav Gupta
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Homework Statement


In the long form of periodic table, the valence shell electronic configuration of 5s2 5p4 corresponds to the element present in
A. Group 16 and period 5
B. Group 17 and period 6
C. Group 17 and period 5
D. Group 16 and period 6

Homework Equations


NA

The Attempt at a Solution


I know in normal periodic table 5s2 5 p4 corresponds to tellurium which is in group 16 and period 5.
Don't know why the answer is group 17 and period 6 ?
I think the long form of periodic table is same as normal periodic table.
 
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No idea what they mean, 5/16 looks OK to me.

Long periodic table doesn't contain group 16 nor 17, so it is different.
 
Thanks.
I am challenging the guys who said 6/17 is correct.
 

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