The gyromagnetic ratio of an electron in an H-atom, according to Bohr

1.	The gyromagnetic ratio of an electron in an H-atom, according to Bohr model, is
Answer» independent of which orbit it is in. negative positive increases with the QUANTUM number n. Solution :Gyromagnetic ratio, `mu_(l)=-e/(2m_(e))l` Gyromagnetic ratio = `("Magnetic moment of e")/("ANGULAR MOMENTUM of e")` `mu_(l)=M_(e)/L_(e)` = `(-evr)/(2m_(e)VR)" "(becauseM_(e)=(-evr)/2" "L_(e)=m_(e)vr)` `mu_(l)=(-e)/(2m_(e))` Magnetic moment doesn.t depend on velocity of electron. But only depends on charged particle e and it is negative. So, option (A) and (B) are TURE.

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The gyromagnetic ratio of an electron in an H-atom, according to Bohr model, is

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