Equilibrium Separation of HCl with Covalent Bonding: Expert Assistance Needed

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Discussion Overview

The discussion revolves around calculating the equilibrium separation of HCl, focusing on its electric dipole moment and the percentage of covalent bonding. Participants are exploring the application of relevant formulas and seeking clarification on the derivation of certain constants used in the calculations.

Discussion Character

  • Homework-related
  • Mathematical reasoning
  • Technical explanation

Main Points Raised

  • One participant asks for assistance with the calculation of the equilibrium separation of HCl, providing the electric dipole moment and the percentage of covalent bonding as parameters.
  • Another participant presents a formula involving the dipole moment and a constant, suggesting a calculated equilibrium separation of 2.73 x 10^-11 m.
  • A third participant questions the origin of the constant 6.25 x 10^18 used in the calculation.
  • A fourth participant mentions that their lecturer used a different formula, p = qd, and indicates they will share the full working out later.

Areas of Agreement / Disagreement

The discussion does not reach a consensus on the correct approach or formulas to use for the calculation, as participants present different methods and seek clarification on specific constants.

Contextual Notes

There are unresolved questions regarding the derivation of constants and the applicability of different formulas in the context of the problem.

rushil01
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Hey guys, I am currently studying Engieering in Australia and there is one question which was given to us which i have no idea on how to complete and i was wondering if you guys could give me a hand with it;

What is the equilibrium separation of HCl? ITs measured electric dipole moment is 3.60 x 10^-30C.m and the percentage of covalent bonding in HCl is 82.5%

ANy help would be greatly appreciated. Thanx
 
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rushil01 said:
Hey guys, I am currently studying Engieering in Australia and there is one question which was given to us which i have no idea on how to complete and i was wondering if you guys could give me a hand with it;

What is the equilibrium separation of HCl? ITs measured electric dipole moment is 3.60 x 10^-30C.m and the percentage of covalent bonding in HCl is 82.5%

ANy help would be greatly appreciated. Thanx

[tex]r =\ \mu_D/q\cdot P\ =\ 6.25\cdot10^{18}\ \mu_D/P\ =\ <br /> <br /> 6.25\cdot10^{18}\cdot3.6\cdot10^{-30}/0.825\ =\ 2.73\cdot10^{-11}\ m\ =\ 27.3\ pm[/tex]
 
What are those formulas you came up with and where did 6.25*10^18 come from.
Thanks
 
i got my lecturer to do it and he used the formula p=qd. I'll post the full working out when i have a little more time
 

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