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Given peaks are for {k}_{} and {k}_{} {x}-rays for a metal tar

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Given peaks are for $k_{α}$ and $k_{β} x$ -rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of $n = 3$ is $375 eV$ . What will be energy of atom (in $eV$ ) if $e^{-}$ is taken out of both $K$ shell and $L$ shell ? (Take hC $= 12400 eV \overset{˚}{A}$ )

Name: Video solution 1: Given peaks are for kα and kβx-rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of n=3 is 375eV. What will be energy of atom (in eV ) if e−is taken out of both K shell and L shell ? (Take hC =12400eVA˚ )
Uploaded: 2023-12-16T16:36:24.000Z
Duration: 2 min
Description: Video solution 1: Given peaks are for kα and kβx-rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of n=3 is 375eV. What will be energy of atom (in eV ) if e−is taken out of both K shell and L shell ? (Take hC =12400eVA˚ )

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Updated on: Dec 16, 2023

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James Discussed

Given peaks are for

k_{α}

and

k_{β} x

-rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of

n = 3

375 eV

. What will be energy of atom (in

eV

) if

e^{-}

is taken out of both

K

shell and

L

shell ? (Take hC

= 12400 eV \overset{˚}{A}

)

12 mins ago

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Question Text	Given peaks are for $k_{α}$ and $k_{β} x$ -rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of $n = 3$ is $375 eV$ . What will be energy of atom (in $eV$ ) if $e^{-}$ is taken out of both $K$ shell and $L$ shell ? (Take hC $= 12400 eV \overset{˚}{A}$ )
Updated On	Dec 16, 2023
Topic	Modern Physics
Subject	Physics
Class	Class 11
Answer Type	Video solution: 1
Upvotes	105
Avg. Video Duration	2 min

Given peaks are for $k_{α}$ and $k_{β} x$ -rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of $n = 3$ is $375 eV$ . What will be energy of atom (in $eV$ ) if $e^{-}$ is taken out of both $K$ shell and $L$ shell ? (Take hC $= 12400 eV \overset{˚}{A}$ )

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Given peaks are for kα​ and kβ​x-rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of n=3 is 375eV. What will be energy of atom (in eV ) if e−is taken out of both K shell and L shell ? (Take hC =12400eVA˚ )

Filo tutor solutions (1)

Practice more questions on Modern Physics

Students who ask this question also asked

Given peaks are for $k_{α}$ and $k_{β} x$ -rays for a metal target in the shown graph. Energy of metal atom when electron is taken out of $n = 3$ is $375 eV$ . What will be energy of atom (in $eV$ ) if $e^{-}$ is taken out of both $K$ shell and $L$ shell ? (Take hC $= 12400 eV \overset{˚}{A}$ )