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Discussion on: Atomic structure

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Discuss User 2

You never mentioned the number of p-electrons. A common equation, we often encounter is 4s^2 4p^5 for which the explanation is same for upto 4s^2 but will continue further to get the full result.

As it needs us to get an element from the p-block, we need to get through the d-block upto ‘Zn’. Once there, count five more atoms for 4p^5 configuration which will land you at ‘Br’. This is the desired element. It being, atom in period 4, group 17 - ‘Br’.

Don’t go on atomic number here, the simple way to calculate would be to look at the atomic table and just count the way around. As it’s 4 s, you just count upto 4th row down and then move to the right for s-block and then past the d-block as it needs you to find the element in p-block. Within p-block as it’s powered by 5, just count upto the 5th element there in that row which is ‘Br’ in our case here.

Hope that clarifies :slight_smile:

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Reply added by chimini_chand

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Thank you…
:slight_smile::slight_smile::slight_smile::slight_smile::slight_smile:

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Reply posted by Heena