The electron will always be the same distance from the nucleus. If there is a heavy part, it makes sense that it will be in the middle so that the atom will be symmetrical. Solar systems are similar in that there is a dense part and a lot of empty space with the sun in the middle.
its called the plum pudding model
Ernest Rutherford
circle
If i remember correctly, Dalton's focuses more on the nucleus while Thompson's focuses more on electrons. But I'm not sure. well in 1803 John Dalton makes a strong case that atoms are small, solid balls and Joeseph John Thompson discovers electrons, and developed plum pudding model of an atom..... Dalton says that nothings smaller than the atom, but Thompson says that electrons are.
Thompson's cathode ray experiment led to the discovery of the electron, which was a fundamental particle in the atom. This challenged the earlier model of the atom as a solid, indivisible sphere by proposing a structure of a positively charged sphere with negatively charged electrons embedded within it. Thompson's model contributed to the development of the modern atomic model.
1919 was the first production model.
What evidence that rutherford collected does not support Thompson's model
The nickname for Thompson's atomic model is the "plum pudding model." This model suggests that atoms are made up of a positively charged "pudding" with negatively charged electrons embedded within it, resembling plums in a pudding.
J.J. Thompson
plum pudding
no, unless your talking about the model used in WW2.
a circle around the overcast circle in a weather model means something in technology
If you're talking about Whitney Thompson from ANTM, cycle 10, then yes. She was also the first plus-size model to win the title.
J.J. Thompson discovered the electron. His atomic model is also called the plum pudding model.
first circle draw 2 dots. second circle draw 8 dots third circle draw 10 dots!
its called the plum pudding model
Thomson's Plum Pudding Model was introduced in 1904.