OK sorry it's concentration x charge so if I assume the concentration is 1 mol kg -1 because the charge is 1. All I've been taught about Debye length is that it's proportional to 1/√I but obviously I can't use this. Everything I find online is very confusing: Debye length λD =√εTeff/n0e2 So ε = ε0(permittivity of a vacuum) x εr (relative permittivity). Would I assume room temperature so T = 298K I've got that n0 = constant volume density but no idea what that means. and e2 - are these both constants? Thanks for your help
OK sorry it's concentration x charge so if I assume the concentration is 1 mol kg -1 because the charge is 1. All I've been taught about Debye length is that it's proportional to 1/√I but obviously I can't use this. Everything I find online is very confusing: Debye length λD =√εTeff/n0e2 So ε = ε0(permittivity of a vacuum) x εr (relative permittivity). Would I assume room temperature so T = 298K I've got that n0 = constant volume density but no idea what that means. and e2 - are these both constants? Thanks for your help
All I've been taught about Debye length is that it's proportional to 1/√I but obviously I can't use this. Everything I find online is very confusing: Debye length λD =√εTeff/n0e2
So ε = ε0(permittivity of a vacuum) x εr (relative permittivity).
Would I assume room temperature so T = 298K
I've got that n0 = constant volume density but no idea what that means. and e2 - are these both constants?
Thanks for your help
All I've been taught about Debye length is that it's proportional to 1/√I but obviously I can't use this. Everything I find online is very confusing: Debye length λD =√εTeff/n0e2
So ε = ε0(permittivity of a vacuum) x εr (relative permittivity).
Would I assume room temperature so T = 298K
I've got that n0 = constant volume density but no idea what that means. and e2 - are these both constants?
Thanks for your help
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What is the definition of the ionic strength? I find it hard to believe you were taught DH law without introducing this definition first.
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Whichever contains data that you know and can plug into.
What is the definition of the ionic strength? I find it hard to believe you were taught DH law without introducing this definition first.
Quote
Whichever contains data that you know and can plug into.
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Nope. Please check the definition.
Wikipedia article on Debye length contains several equivalent formulas, have you seen them?
Nope. Please check the definition.
Wikipedia article on Debye length contains several equivalent formulas, have you seen them?
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