A. the atom is like a uniform sphere.
b. Cathode rays are made up of electrons.
c. All atoms undergo radioacitve decay.
d. Isotopes undergo radioactive decay.
The answer is A!
The atom is like a uniform spere!
A. the atom is like a uniform sphere.
b. Cathode rays are made up of electrons.
c. All atoms undergo radioacitve decay.
d. Isotopes undergo radioactive decay.
The answer is A!
The atom is like a uniform spere!
A. the atom is like a uniform sphere.
b. Cathode rays are made up of electrons.
c. All atoms undergo radioacitve decay.
d. Isotopes undergo radioactive decay.
The answer is A!
The atom is like a uniform spere!
J. J. Thomson 19th century cathode ray experiment greatly contributed to our understanding of the modern world. His research proved the existence of negatively charged particles, later to be called electrons, and earned him a Nobel Prize for physics.
the atom is like a uniform sphere
A model is to show something and it does not have a control group, like a experiment.
Niels Borh, a Danish scientist, discovered this in 1913
An experiment must have a control to show what would happen if no factors were changed.
coorelation
This classic diffraction experiment was conducted in 1911.
plum pudding model
Yes, his beliefs were accepted by society in his time.
J.J Thomson's made a A cathode ray tube. This is a tube that is hollow and is sealed.
The model was called the: The Plum Pudding Model
he wanted to test Thomsons model maybe
evaluate the impact of research on the way scientists thought about atoms
Thomson set out to prove that the cathode rays produced from the cathode were actually a stream of negatively charged particles called electrons.
it was electrons
Thompson observed that these rays are negatively electrically charged.
thonmson discovered that the atom contained smaller particles called electrons
from his cathode ray tube experiment
The number of protons and electrons would be diffrent