Protons and Neutrons
That the atom was mostly empty space
The protrons and the neutrons take up the most space in a atom.The nucleus takes up the majority of the atoms mass but the majority of the atom at about 99.99% of the atom is actually empty space.
The thing that takes up the most space of an atom at about 99.99% of the size of the atom is empty space. The majority of the remaining 0.01% is found in the nucleus and about 0.00001% of the atom is taken by the electrons.
Rutherford found that when when he aimed alpha particles at a thin sheet of gold foil, that some of the particles were deflecteted and didn't go straight through the foil. The reason for this turned out the be that they ran into the nucleus. Most of the particles did go straight through, so Rutherford concluded that the atom was mostly empty space. He also concluded that the center of the atom contained the nucleus and had positively charged particles he called protons.
The particles are protons, neutrons, and the nucleus inside of the atom Nice helping u >_<
Protons and neutrons
Protons and Neutrons
No it does not.
That the atom was mostly empty space
A single electron has an infinitesimal volume; do not confuse with the electron cloud.
The electrons.
The most space of an atom is vacuum.
Most of the particles went through the gold foil, but only a few bounced back.
The majority of the volume in an atom is filled by the neutrons and the protons. Although the electrons do have a volume, they occupy significantly less space than the other two subatomic particles
The experimental evidence led Rutherford to conclude that an atom is mostly empty space because most of the particles weren't deflected off of the gold foil in his experiment.
The electrons occupy the electron cloud. It is not a cloud at all; it is simply a region where electrons are most likely to be found.
Ernest Rutherford, a New Zealander, designed an experiment to study how alpha particles, with a 2+ charge, interact with a piece of very thin gold foil. Rutherford bombarded a very thin piece of gold foil with a stream of postively charged particles known as the alpha particles. He found that most of the alpha particles passed straight through the foil. This shows that most of the atom is empty space. However, a few of the alpha particles bounced back and some of the alpha particles were defected. This means that the center of the atom, or nucleus, is positively charged because it repelled the alpha particles, the charge of which is positive. A direct collision repels an alpha particle backward. This shows that the center of the atom of gold is a tiny core heavier than an alpha particle. Rutherford concluded that an atom was made of a very dense, positively charged nucleus surrounded primarily by empty space in which the electrons could be found. The radius of the nucleus is extremly small, about 1/100 000 that of the atom itself. The volme of the atom is essentially the space that the electrons occupy. Now we know that the electrons move about the nucleus, not in a fixed location.