No, electrons do not revolve around the nucleus with the same velocity at different places in an atom. The velocity of an electron is determined by its energy level and is more accurately described by its probability distribution in the electron cloud. Electrons exhibit wave-particle duality and cannot be accurately described as classical particles with fixed orbits like planets around a central nucleus.
Electrons do not actually revolve in circular orbits around the nucleus. Instead, they exist in regions around the nucleus called electron clouds, where they have a probability of being found. These regions are defined by the electron's energy levels and are better described by quantum mechanics rather than classical physics.
because electons make an magnatic field makes the attraction of each electorn to other whether they are of same charge but because of magnatic field they perfom as opposite and attract each other thats why they easly revolve in nucleus
No, electrons do not revolve around the nucleus of an atom in perfect circular orbits. Instead, they exist in certain regions around the nucleus called orbitals, which describe the probability of finding an electron in a specific area. The behavior of electrons is better understood using quantum mechanics rather than classical mechanics.
The nucleus and the electron both revolve around a common center of charge. The only atom with equal charge in both places is hydrogen. Every atom heavier than hydrogen has more charge in the nucleus than there is on an electron. By the time you get to uranium, there is more than 90 times as much charge in the nucleus as there is on an electron, so the common center of charge is many times farther from each electron than it is from the nucleus. Also, each nuclear particle ... each proton and neutron ... is almost 2000 times more massive than an electron, and the same argument applies to the center of mass in the case of orbits governed by gravitational force, such as the solar system. But in the atom, the electrical forces completely dominate over the gravitational forces (by something like 1040.)
Around the center of an atom is the electron cloud, where electrons are located. Electrons are negatively charged particles that orbit the nucleus in energy levels or shells.
No, neutrons do not revolve around the nucleus. Protons and neutrons reside in the nucleus of an atoms. Electrons revolve around the nucleus. Beta emission the release of electron form the nucleus. Alpha emission is the emission of helium atom.
There is no force to stop it either. It has energy.
The electron is most likely to be found in the electron cloud surrounding the nucleus of an atom, rather than inside the nucleus. The nucleus contains protons and neutrons, while electrons are located in the electron orbitals outside the nucleus.
An electron is a subatomic particle that circles an atom's nucleus in specific energy levels or orbits. It has a negative charge and plays a key role in chemical reactions and bonding.
the way you look that direction is correct..it is only one model to explain..
electrons revolve around the nucleus . shell is the path of the electron whre the electrons revolves. subshell is the region around the nucleus where you can find the probability of electron most. so shell attains circular/elliptical shape where as subshell attains different shapes(spherical,dumb-bell...etc)
Electrons do not actually revolve in circular orbits around the nucleus. Instead, they exist in regions around the nucleus called electron clouds, where they have a probability of being found. These regions are defined by the electron's energy levels and are better described by quantum mechanics rather than classical physics.
No, neutrons are located within the nucleus along with protons. They do not reside in the electron orbits around the nucleus.
Electrons revolve around the nucleus. A revolving electron is equivalent to a current loop. Hence, it produces a magnetic moment.
because electons make an magnatic field makes the attraction of each electorn to other whether they are of same charge but because of magnatic field they perfom as opposite and attract each other thats why they easly revolve in nucleus
No, electrons do not revolve around the nucleus of an atom in perfect circular orbits. Instead, they exist in certain regions around the nucleus called orbitals, which describe the probability of finding an electron in a specific area. The behavior of electrons is better understood using quantum mechanics rather than classical mechanics.
The nucleus and the electron both revolve around a common center of charge. The only atom with equal charge in both places is hydrogen. Every atom heavier than hydrogen has more charge in the nucleus than there is on an electron. By the time you get to uranium, there is more than 90 times as much charge in the nucleus as there is on an electron, so the common center of charge is many times farther from each electron than it is from the nucleus. Also, each nuclear particle ... each proton and neutron ... is almost 2000 times more massive than an electron, and the same argument applies to the center of mass in the case of orbits governed by gravitational force, such as the solar system. But in the atom, the electrical forces completely dominate over the gravitational forces (by something like 1040.)