it is all very small balls put together going round a small ball and its all across everywhere across the world it is all very small balls put together going round a small ball and its all across everywhere across the world it is all very small balls put together going round a small ball and its all across everywhere across the world
The Bohr atomic model is similar to solar system.
No.
Bohr's atomic model depicts the electron shells and orbitals as being two dimensional, staying the exact same distance away from the nucleus the entire time. Today, we know that electron orbits are three dimensional, and at best can only say where the electron in a given orbital is most likely to be at any given time, except for the f orbitals, as no one really knows for sure what those look like yet.
No, the only sub-atomic particle in this atomic model was the electron (at the time called the "corpuscle"). This particle was assumed to be in a positive "gel" like a nut within a pudding.
I believe it is known as "Thomson's Model" or "Thomson's Atomic Model"
It was completly devastated but today it has been rebuild.
Neil Bohrs atomic model is simply called Bohrs model. It states that electrons have a certain amount of energy, so they must follow certain orbits. This is different from the modern atomic model.
like seeds present in the water-mallon.
No, Bohr's atomic model does not look like an onion. It represents the atom as a small, positively charged nucleus surrounded by orbiting electrons in fixed energy levels. The model is more complex and based on quantum mechanics principles.
Niels Bohr created this model; electrons move around the positive atomic nucleus.
it looks like a big circle and have a sign a positively charged
The atomic model evolved from indirect evidence through various experiments like the cathode ray tube, the oil drop experiment, and the Rutherford scattering experiment. These experiments provided insights into the structure of the atom, leading to the development of atomic models such as the plum pudding model, the nuclear model, and eventually the modern quantum mechanical model.