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What is the gyromagnetic ratio of an orb...

What is the gyromagnetic ratio of an orbital electron ? State its formula and SI unit.

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To find the gyromagnetic ratio of an orbital electron, we can follow these steps: ### Step-by-Step Solution: 1. **Definition of Gyromagnetic Ratio**: The gyromagnetic ratio (γ) is defined as the ratio of the magnetic moment (μ) to the angular momentum (L) of the electron. Mathematically, it can be expressed as: \[ \gamma = \frac{\mu}{L} ...
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The specific charge (charge-to-mass ratio) of an electron is 1.759 xx 10^(11) C/kg. (i) What is the gyromagnetic ratio of an orbital electron? (ii) If the measured component of its orbital angular momentum is 2.11 xx 10^(-34) kg.m^(2)//s , what is the associated orbital magnetic dipole moment?

Define mass . State its SI and CGS units.

Knowledge Check

  • The gyromagnetic ratio of electron is

    A
    `8.8xx10^(10) C//kg`
    B
    `4.8xx10^(10)C//Kg`
    C
    `6.8xx10^(10)C//kg`
    D
    `5.8xx10^(10 )C//Kg`
  • The gyromagnetic ratio of an electron in sodium atom is

    A
    depending upon the atomic number of the atom
    B
    depending upon the shell number of the atom
    C
    independent of that orbit it is in
    D
    having positive value
  • The gyromagnetic ratio of a revolving electron has the same unit as

    A
    magnetic moment per unit volume
    B
    `("magnetic permeability")/("angular momentum")`
    C
    specific charge
    D
    `("magnetization")/("angular momentum")`
  • Similar Questions

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    State the dimensions and SI unit of the gyromagnetic ratio of an orbital electron.

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    State the SI and CGS units of G.

    The gyromagnetic ratio of an electron of charge e and mass ni is equal to

    The gyromagnetic ratio of an electron of charge e and mass m is equal to