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Q: What discovery lead j. J. Thomson to decide that atoms were not indivisible but are actually composed of smaller parts?
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What did Thomson discover in the atom?

JJ Thomson discovered electrons, which showed that atoms are not indivisible.


What jj Thomson discover?

J.J.Thomson was a physicist. He is credited with discovery of the electron based on his work with the cathode ray. He essential established the first sub-atomic particle.


Why was Dalton's model of the atom changed after Thomson's experiment?

John Dalton's atomic theory indicated that atoms were indivisible spheres. When JJ Thomson did his work with cathode ray tubes, he discovered that atoms contain electrons, which meant that the atom is not indivisible, that there are smaller particles within.


What did Thomson discover about the electron?

J. J. Thomson is credited with the discovery of electrons.


What main feature of daltons atomic model was abandoned after thomson's discoveries?

The idea that atoms are indivisible.


What discovery lead the scientists to question john daltons model of the atom and to favor jj Thomsons model?

JJ Thomson's discovery of electrons indicated that atoms were not indivisible.


Why is the jj Thomson discovery important?

it wasnt..................


Did J J Thomson's experiments with cathode rays lead to the discovery of the neutron?

No. JJ Thomson's experiments with cathode rays lead to the discovery of the electron.


What scientist is associated with the discovery of the electron?

J.J Thomson


What scientists are associated with the discovery of the electron?

John Thomson


Who scientist discovery the electrons?

the scientist who discovered the electrons is Joseph John Thomson or simply john thomson.


Who proved the existence of the electron?

Crookes observed that the cathodic rays are deflected by a magnetic field and concluded that this beam is negatively charged. Thomson established that the beam is composed from a new type of particles called by Fitzgerald electrons. But many scientists contributed to the discovery of the electron.