Want this question answered?
electrons
Because there are electrons that counter the effects of the nucleus. Basally the nuclease is + and the electrons are - thereby canceling each other out. The reason why the electrons aren't pulled in by the protons is because electrons are constantly rotating in different patterns and electron wave levels according the the electron wave model.
a build up of pressure
The subatomic particles of the Atom (neutrons, protons, electrons) are released at high velocity. Some of these particles can strike other atoms and cause them to break apart, releasing large amounts of energy; this is called nuclear fission (atoms fissioning into lighter atoms). A self-sustaining fission reaction where atoms break apart, and cause other atoms to break apart, can be created with many radioactive elements such as Plutonium or Uranium in an event called a Chain Reaction.
Electrons, due to their movement around the nucleus.
electrons
Atoms are not anions. An atom is an electrically neutral particle with equal numbers of protons and electrons. An atom becomes an anion by gaining more electrons, so becoming negatively charged.
All atoms have various numbers of protons and neutrons in their nucleus apart from Hydrogen which only has one proton, and no neutrons. The nuclei are surrounded by shells of electrons. There are the same number of protons as electrons in an atom.
Ions. An ion is an atom in which the number of electrons do not equal the number of protons.
Because there are electrons that counter the effects of the nucleus. Basally the nuclease is + and the electrons are - thereby canceling each other out. The reason why the electrons aren't pulled in by the protons is because electrons are constantly rotating in different patterns and electron wave levels according the the electron wave model.
Protons and electrons but strong forces keep them apart
Matter is quite difficult to break apart - as this requires dissociating the neutrons, protons and electrons. But at sufficiently high energies, it can be done. As in Super nova. Or in a linear accelerator.
The protons in an atomic nucleus do repel each other, but they are held together by the Strong Nuclear Force, which is stronger than the electrical force that pushes them apart. Within the nucleus, the Strong Force is more than 100 times stronger than the electric force.
It has a different amount of protons, nuetrons and electrons than any other element's atom.
It has a different amount of protons, nuetrons and electrons than any other element's atom.
It has a different amount of protons, nuetrons and electrons than any other element's atom.
It has a different amount of protons, nuetrons and electrons than any other element's atom.