Altering or varying the gas in the cathode ray tube had no effect on the cathode ray it produced, therefore it was concluded that the negative particles of the rays were found in all types of matter.
Well, J.J. Thompson was the first to discover the existence of a negatively charged particle, which turned out to be the Electron. So, to answer your question, it was J.J. Thompson.
Also note that JJ thought that de electrons where INSIDE the atom and envelloped in a positively charged layer.
P.S. It was 1st called a corpuscle by Thompson and was later changed by another scientist to electron.
The rays were independent of the type of gas in the vacuum tube.
the experimental results from the cathode ray.
J. J. Thomson, an English scientist.
Millikan's experiment.
jj thomason theory
The charge and mass of an electron; I just did this question on masteringchem
The charge of an electron is -1, and has a smaller mass of a proton. (For you Castle Learning users) :]negative chargeAn electron carries one fundamental unit of negative charge*, measured to be about 1.609 x 10-19 Coulombs.(* The negative designation is a convention, established in the earliest experiments with electricity long before the existence of the electron was known.)A proton has a +1 charge.A neutron does not have a charge, it is neutral.
The charge of an electron is -1, and has a smaller mass of a proton. (For you Castle Learning users) :]negative chargeAn electron carries one fundamental unit of negative charge*, measured to be about 1.609 x 10-19 Coulombs.(* The negative designation is a convention, established in the earliest experiments with electricity long before the existence of the electron was known.)A proton has a +1 charge.A neutron does not have a charge, it is neutral.
A proton has a positive charge of +1 An electron has a negative charge of -1 An neutron has no charge
The electrical charge of the electron is negative. Proton is positive Neutron is neutral Electron is negative
the ratio of mass to charge for an electron. A+
Thomson's cathode-ray tube experiments helped scientists learn about electrodes and that atoms were comprised of many small particles, which they did not know existed. They also learned from this tube that all the electrons were the same regardless of what elements they came from.
Robert A. Millikan conducted these experiments. His discoveries are instrumental to atomic and particle theory.
the charge carried by an electron A+
The charge and mass of an electron; I just did this question on masteringchem
Early experiments were based off attraction. The neutron had no charge to attract or repel or to be attracted or repelled. so these experiments could not figure out that there was a neutral particle in the nucleus.
The charge of an electron is -1, and has a smaller mass of a proton. (For you Castle Learning users) :]negative chargeAn electron carries one fundamental unit of negative charge*, measured to be about 1.609 x 10-19 Coulombs.(* The negative designation is a convention, established in the earliest experiments with electricity long before the existence of the electron was known.)A proton has a +1 charge.A neutron does not have a charge, it is neutral.
Study of cathode rays by J. J. Thompson and co-workers in 1896.
The charge of an electron is -1, and has a smaller mass of a proton. (For you Castle Learning users) :]negative chargeAn electron carries one fundamental unit of negative charge*, measured to be about 1.609 x 10-19 Coulombs.(* The negative designation is a convention, established in the earliest experiments with electricity long before the existence of the electron was known.)A proton has a +1 charge.A neutron does not have a charge, it is neutral.
Electron Carries A Negative Charge.
No. The electron and proton have the same amount of charge. Its just that the electron's charge is negative and the proton's charge is positive.
The charge on an electron is never equal to the charge on a neutron. An electron carries one negative charge and a neutron has no net charge.