As a result of the gold foil experiment, a positively charged nucleus is surrounded by mostly empty space.
Rutherford's experiment was important because it showed that an atom is mostly empty space. Rutherford gave more detail of the atom's structure.
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.
its mostly empty space
Rutherford used the gold foil experiment to figure out that an atom had charged particles in the nucleus
The charge and mass of an electron; I just did this question on masteringchem
The conclusion was that an atom contain a positive nucleus.
Ernest Rutherford concluded that an atom contains a very small, dense center, called a nucleus, with a positive charge as a result of his gold foil experiment.
Coz frm dis experiment...it was concluded that atom had concentrated +ve & -ve charge & relatively large mass. As most of the alpha particles passed straight through the foil,this shows that most of the atom is empty space. Thus he concluded that an atom was made of a very dense,positevely charged nucleus surrounded primarily by empty space in which electrons could be found.
we had a new model for the atom with a central nuecleus and orbiting electrons
Positively charged.
Bohr studied the spectrums of various atoms and generalized his quantum theory from his discoveries. He concluded that the electrons of an atom determined many of its characteristics.
He is best known for his new model of the atom. He performed the alpha scattering experiment and concluded that the nucleus is positively charged, very dense and makes up a very small part of the atom such that most of an atom is empty space.
Thomson's watermelon model was further enhanced by Rutherford with his Gold foil experiment. This is also known as atomic model and led to the scientific study of atom's structure.
Rutherford's major discovery of the structure of the atom occurred through his gold foil experiment. Check out the related link to learn more about this experiment.
In Rutherford's gold foil experiment Rutherford concluded that the atom is mostly empty space with a small massive positively charged center because most of the electrons passed through but a few were wildly deflected.
Rutherford's experiment was important because it showed that an atom is mostly empty space. Rutherford gave more detail of the atom's structure.
Rutherford performed a famous experiment at Manchester University in which he fired alpha particles (the nucleus of a helium atom) at a very thin piece of gold foil in order to probe the structure of the atom. Before this experiment the "pudding plumb" model of the atom was widely accepted; which was a rather large nucleus (the plumb) surrounded by a soup of electrons that where evenly distributed (the pudding). When Rutherford performed his experiment he discovered something quite different, which was that most of the atom is just empty space with a very small, but very dense, nucleus surrounded by tiny electrons (relative to the nucleus). This was the first experiment performed that reviled the structure of the atom as we know it today.