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To Find: dj electron volks equivalent of KBT ionization cii; Compare Kg T potential of Hydrogen atom. Compane kBT with stotational energy level of diatomic molecule. solution: First of all, let us understand the basic conceþ When electron is On accelevated thraugh potential diffference of IVolt ed with CamScanner

To Find: dj electron volks equivalent of KBT ionization cii; Compare Kg T potential of Hydrogen atom. Compane kBT with stotational energy level of diatomic molecule. solution: First of all, let us understand the basic conceþ When electron is On accelevated thraugh potential diffference of IVolt ed with CamScanner

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4-8) Its a solved question but i cant read handwriten . please type it

then the en eigy gain by electoon is called 1 e V. Voll colomb %3D lev = Joule partis keT = 1:38x1ox 298.15 ] We have 23 > kaT = 4!:44 x1623 Joule Since 1 ev = 1,6 x1ó19 Joule kgT (in eV) = 411.44 x1523 でV う KgT (ev) 257.15x167 KigT lev) O.0257 V ニ Answy CS Scanned with CamScanner
Transcribed Image Text:then the en eigy gain by electoon is called 1 e V. Voll colomb %3D lev = Joule partis keT = 1:38x1ox 298.15 ] We have 23 > kaT = 4!:44 x1623 Joule Since 1 ev = 1,6 x1ó19 Joule kgT (in eV) = 411.44 x1523 でV う KgT (ev) 257.15x167 KigT lev) O.0257 V ニ Answy CS Scanned with CamScanner
Pagert Question: Boltzmann constant Kg = 1.38 x1023 given: Yoom temberature, T= 298. 15 K To Find: cà electron volts equivalent of ket with ionization Compane kgT potential of Hydrogen atom. Compane kB T with 1otational energy level of diatomic molecule. Solution: First of all, Tet us understand the basic concepti lev! When electron On is accelevated potential difference of I vilt CS Scanned with CamScanner
Transcribed Image Text:Pagert Question: Boltzmann constant Kg = 1.38 x1023 given: Yoom temberature, T= 298. 15 K To Find: cà electron volts equivalent of ket with ionization Compane kgT potential of Hydrogen atom. Compane kB T with 1otational energy level of diatomic molecule. Solution: First of all, Tet us understand the basic concepti lev! When electron On is accelevated potential difference of I vilt CS Scanned with CamScanner
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