In a magnetic field with a flux density equal to 2 Tesla, the calcium line resulting from p,' D2' at wavelength A = 732.6 nm is divided into three components separated by 2.8 x 1010 Hz Calculate the ratio between the charge of an electron to its mass (specific charge)

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In a magnetic field with a flux density equal to 2 Tesla, the calcium line resulting from p,' D2' at wavelength A =
732.6 nm is divided into three components separated by 2.8 x 101° Hz Calculate the ratio between the charge of an
electron to its mass (specific charge)
Transcribed Image Text:In a magnetic field with a flux density equal to 2 Tesla, the calcium line resulting from p,' D2' at wavelength A = 732.6 nm is divided into three components separated by 2.8 x 101° Hz Calculate the ratio between the charge of an electron to its mass (specific charge)
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