![The charge to mass ratio of electron is found to be:1.602times 10^{-19} kg^{-1}1.925times 10^{-12} kg^{-1}1.758times 10^{11} kg^{-1}1.869times 10^{13} kg^{-1} The charge to mass ratio of electron is found to be:1.602times 10^{-19} kg^{-1}1.925times 10^{-12} kg^{-1}1.758times 10^{11} kg^{-1}1.869times 10^{13} kg^{-1}](https://search-static.byjusweb.com/question-images/toppr_invalid/questions/1800400_1072527_ans_2c0103cacfdc42c395e782e67e25f96b.jpg)
The charge to mass ratio of electron is found to be:1.602times 10^{-19} kg^{-1}1.925times 10^{-12} kg^{-1}1.758times 10^{11} kg^{-1}1.869times 10^{13} kg^{-1}
J.J. Thomson's experiment and the charge-to-mass ratio of the electron - WAEC TUTORIALS - INSIDE CHEMISTRY
![Cathode Anode Fluorescent Magnet The apparatus to determine the charge to the mass ratio of electron Fig. 2.2 Cathode Anode Fluorescent Magnet The apparatus to determine the charge to the mass ratio of electron Fig. 2.2](https://toppr-doubts-media.s3.amazonaws.com/images/8956862/1e128f88-8ada-446b-b9ab-743c16d7fff1.jpg)
Cathode Anode Fluorescent Magnet The apparatus to determine the charge to the mass ratio of electron Fig. 2.2
![SOLVED: In Thomson's elm experiment, he used the apparatus pictured below to calculate the charge-to-mass ratio of the electron: Electrons travel from the cathode to the screen; Electron beam Screen Cathode Anodes SOLVED: In Thomson's elm experiment, he used the apparatus pictured below to calculate the charge-to-mass ratio of the electron: Electrons travel from the cathode to the screen; Electron beam Screen Cathode Anodes](https://cdn.numerade.com/ask_images/d68c761975db4442baca4806ce852d1c.jpg)