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An electron is moving in Bohr's fourth orbit. It's de-Broglie wave length is $\lambda$. What is the circumference of the fourth orbit ?

\[\begin {array} {1 1} (a)\;\frac{2}{\lambda} & \quad (b)\;2\lambda \\ (c)\;4 \lambda & \quad (d)\;\frac{4}{\lambda} \end {array}\]

2 Answers

A245255hsgsksks Hsgs
answered May 31, 2017 by bhavukrohilla
Wavelength=(2πr/n) ¥(wavelength)=2πr/4 2πr=circumference Circumference=4¥ Answer is c
answered Feb 28 by crazy.myth03

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