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  1. G

    Orbital energy and Electronic Configurations

    Thankyou very much alxm. I think I need to do a lot of work on quantum mechanics but the stream opted by me doesn't allows me do so ! But anyways thanks.:wink:
  2. G

    Orbital energy and Electronic Configurations

    Hi I have questions related to the electronic configurations of elements of d and f-block. First I want to ask a question about the E.C. of Lanthanium. This element has E.C. [Xe]5d16s2, but according to Bohr-Bury rule 4f-orbitals should be filled prior to 5d-orbital and then Lanthanium’s E.C...
  3. G

    Charge displacement through a conductor

    Naty1 you gave a very right complement about K2. As far as that idea is conserned consider a momentary flow of charge on the application of definite electric field as long as that charge separation generates its own electric field to counter attack the external electric field and think about...
  4. G

    Charge displacement through a conductor

    Thanks to both of you. But I am thinking about it as follows :- I am speculating that for a bit let us consider the rate of charge flow through a conductor as charge separation taking place in giving time then charge separation which takes place in time dt will be IxdtxVbxdt for a current I...
  5. G

    Charge displacement through a conductor

    Thanks Antiphon for responding. But I want to know that if a current I is flowing in a conductor it would mean that in one second charge equal to magnitute of I would be able to flow across a area placed perpendicular to the flow of current but if we take 'centre of charge' in to consideration...
  6. G

    Charge displacement through a conductor

    I read this in book that if we consider a conductor in which current I is flowing at a potential difference of V then in time ∆t charge equal to I ∆t will flow across the ends of conductor. But in time ∆t that much amount of charge will only be able to travel distance equal to drift velocity...
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