The experiment showed the relation of positive/negative charges. The beam was made of positively charged ions, which were repelled.
-there is another answer to this question that says " because it was attracted to the positive charged plate" this is FALSE, this is just a person trying to make a smart remark.
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Cathode rays are a beam of electrons; electrons are elementary particles with a negative electrical charge.
because it was attracted to the positive charged plate
Because the beam was also negatively charged.
Cathode ray bean are negative charged particles, electrons
This is the electron.
electronThe electron is a negatively charged particle.
Electrons are negatively charged sub atomic particles.
Doubly negatively charged oxide ions, singly negatively charged fluoride ions, and neon atoms are isoelectronic with triply negatively charged nitride ions.
No,it is not negatively charged.It is a neutral compound.
Because their where negative charges or particles in the beam
Thomson set out to prove that the cathode rays produced from the cathode were actually a stream of negatively charged particles called electrons.
The electrons are repelled by the negatively charged balloon.
Yes, because an electron is negatively charged, and opposite charges repel.
Any interaction occur.
They carry negative charge and are repelled by negatively charged cell structures. Basic dyes are opposite (carry positive charge) and are attracted to negatively charged cell structures.
Thompson observed that these rays are negatively electrically charged.
true but his experiment proved him wrong :)
Alpha particles are positively charged helium nuclei. As such, they are repelled by other positively-charged nuclei. In Rutherford's experiment, he used gold foil. Since gold atoms have large, massive nuclei, the alpha particles were easily repelled by the large gold atom nuclei, and they were scattered in different directions.
Acidic Congo red is negatively charged, so it is repelled by the negatively charged cytoplasm, and gathers around the cell wall instead, leaving the cell clear and unstained.
When a negatively charged surface approaches a piece of foil, electrons in the foil move to the far side, as they are repelled by the negative charge. This means that the side near the charged surface is positively charged while the far side is negatively charged. Since the electrical force decreases with increasing distance, the attraction experience by the positive near side of the foil will be slightly stronger than the repulsive force of the negative far side. As a result, the foil will experience a net attraction to the charged surface.
Negatively charge