From his experiments, J.J. Thomson concluded that IExperimentation: In the 1800s, various scientists did experiments with cathode rays, gold foil and radioactive elements.
From his experiments, J. J. Thomson concluded t hat – 3983091 Answer: The structure of Atoms contain electrons. Explanation: Through his cathodic rays experiments he discovered the presence of electrons in atom’s structure, that’s why it’s said that he’s the discoverer of the electron.
Answer. heart. 0. profile. leighann1234. Answer: He discovered all atoms contain tiny negatively charged subatomic particles or electrons with cathode ray tubes. Explanation: heart outlined.
Thomson ‘s work has impacted the life of everyone. He told us that that there were smaller particle than atoms that are negatively charged, even though it was disproved by His favourite student Ernest Rutherford, but then it was reproved right by another student of J.J. Thomson .
Cathode Ray Tube Experiments by J. J. Thomson ~ ChemistryGod, J.J. Thomson’s Cathode Ray Tube (CRT): Definition, Experiment & Diagra…, 8/4/2015 · During his first experiment, he found that when the rays entered the cylinders, they released mostly negative charges. Thomson found that by bending the rays, very little electric charge was able to pass through the cylinders. He concluded that there was no way to separate the rays and that they needed to be stuck together to function properly.
Thomson named these particles as corpuscles, later they were renamed as electrons. He concluded that the corpuscles were smaller than the size of the atoms and were an integral part of an atom. Based on these experimental results Thomson also proposed his.
From his experiments, J. J. Thomson concluded that cathode ray particles can move at very fast speeds. cathode ray particles can be moved by electric current. atoms contain small positively charged particles that are called protons. atoms contain small negatively charged particles that are called electrons.
12/31/2015 · From his first two experiments , J. J. Thomson had concluded that the cathode rays themselves consisted of negatively charged particles. He wanted to …
