Particle Physics

Electrons with the greatest energy are found in the outermost sublevels, typically in the s or p sublevels of an atom. These sublevels are farther from the nucleus and have higher energy levels than the inner sublevels.

well electrons are negatively charged particles who are moving around the positive nucleus in elliptical circles which are technically called orbits,every electron remains with his nucleus until some strong force compells him to make bond with the neighbouring item and the result comes in the form of covelent bonds,ionic bonds etc.

How many electrons are there in each shell(orbit)which can be calculated by the simple formula 2n2 where n stands for the number of the orbit in which electrons are moving likewise for first orbit put n=1 in the above formula you get answer 2 it means that first orbit contains maximum 2 electrons.

put 2 in the above you get 8 and so on.

This is a short version of electron orbit many more details will be in future

if you have still some ambguity you can make a message to me at the following e-mail address

shahqau1978@gmail.com

it orbits the nucleus that consists of nuetrons and protons.

There is one titratable proton in acetic acid (CH3COOH). It is the proton on the carboxyl group that can be donated in an acid-base reaction during titration.

Since Selenium has an atomic number of 34, it has 34 protons and electrons at its elemental resting state. The most common isotopes have 44 and 46 neutrons, which you get from subtracting the atomic number from the atomic mass.

Electrons play the greatest part in determining the properties of an element. The number of electrons in the outermost energy level (valence electrons) determines an element's chemical behavior, such as its reactivity and ability to form bonds with other elements.

Electrons can carry energy, such as kinetic energy or electrical energy, as they move within an electrical circuit or in an atomic structure. However, electrons themselves do not produce energy; rather, they can transfer energy from one system to another.

Not necessarily. They always have opposite electric charges, but you can certainly

shoot them both in the same direction through a tube. If they then encounter a

magnetic field in the tube, it's true that then they'll curve in opposite directions.

Imagine a decimal number, for example, 123 (hundred and twenty-three). Each digit has a corresponding place-value; the right-most digit has the place-value 1, the next digit (counting from the right) has the place-value 10, the next digit hast eh place-value 100. The right-most position (where the digit "3" is in this example) is in the position of least value - the least significant position.

When several bits represent an integer, the situation is the same, except that the numbers are in base-2 instead of base-10 (each position is worth twice as much as the position to the right). But you still have the concept of place-value, and the digit that represents the 1's position is the "least significant bit".

In a diatomic nitrogen molecule (N2), there are three shared pairs of electrons between the two nitrogen atoms. Each nitrogen atom contributes three electrons for sharing, resulting in a triple covalent bond.

The metal tends to lose the electron because it has a higher electron affinity, and the nonmetal tends to gain the electron because it has a higher electronegativity. This has to do with the placement of the element on the periodic table. The further to the right you go, the more the element wants to gain electrons in an ionic compound.

Matter exists throughout the universe in various forms, such as solids, liquids, gases, and plasma. It can be found in galaxies, stars, planets, living organisms, and even in the air we breathe. In everyday life, matter is present in objects around us, including furniture, food, and buildings.

Electrons can occupy the same orbital if they have opposite spin. Spin is a quantum property of particles that can be described as either "up" or "down." The Pauli exclusion principle states that no two electrons in an atom can have the same set of quantum numbers, so electrons in the same orbital must have opposite spin.

Cu 65 has the same number of protons as any other copper, which is 29. It also has 29 electrons since the charge is neutral. The number 65 only changes the number of neutrons, which in this case would be 36.

the particles that make up an atom are; a proton/protons a neutron/neutrons an electron/electrons these are also made up of other particles but to go any further into this subject would require that you have at least a basic understanding of quantum mechanics and these particles are not important at any educational level below degree level (generaly speaking)

Technically, ANY atom could have "one electrons" or, as I suspect you mean to ask, one electron. In its uncharged state, a protium atom, also known as a hydrogen-1 atom, is the only atom posessing a single electron, but in theory any atom could have any number of its electrons stripped off, and be left with only one (or even none).

Bi-211 (and all other Bi isotopes) has atom number 83, hence there are 83 protons.

Thomson measured the charge-to-mass ratio of the electron, which was found to be much smaller than that of any known atom. This suggested that the electron was a fundamental particle and not a substructure of an atom.

the positive side, the negative side is usually just a ground

Protons don't really relate to electricity. Electron do because electricity is the flow of electrons through a wire. Protons don't really relate to electricity except in some nuclear physics applications. Electrons do because electricity, by definition, is the flow of electrons through a wire. In its most fundamental form, electricity is the movement of charged particles. Protons qualify because they are charged particles. We don't usually cause protons to "flow" like we commonly do electrons, though we do use them frequently in particle accelerators. But protons are not generally thought of as associated with "normal" electricity, which is usually considered to be the movement of electrons. It is the electron that is at the heart of electricity in the electronic world we live in. Wikipedia has all these facts and more. A link is provided.

The electrons in the Bohr's model of the atom have been compared to the planets of our solar system. While Sun has been compared to nucleus containing nutrons and protons. Make note that the path of the electrons in a stable atom is circular.

First we have to define the word an electron, An electron is negatively charged particle. A metal is a substance consists of number of both electrons and protons. Electrons emitted from the metal surface through different ways such ways as Thermionic, Photoelectric, etc. Free electrons of conductor are electrons emitted from conductor when it disturbed through ways as mentioned above