Particle Physics

There are 71 neutrons in tellurium-123

I think you mean "quark" (used to classify hadrons)

Neutrons don't interact via the electromagnetic force while electrons do. Remember than neutrons are electrically neutral while electrons have an electric charge (that is negative.)

In order for two electrically charged particles to attract, they will need to have a net charge of zero; that is, they must be opposite charges.

8

The main subatomic particles, that make up an atom, are the proton (positive, in the nucleus), the neutron (neutral, in the nucleus), and the electron (on the outer part of the atom).

The main subatomic particles, that make up an atom, are the proton (positive, in the nucleus), the neutron (neutral, in the nucleus), and the electron (on the outer part of the atom).

The main subatomic particles, that make up an atom, are the proton (positive, in the nucleus), the neutron (neutral, in the nucleus), and the electron (on the outer part of the atom).

The main subatomic particles, that make up an atom, are the proton (positive, in the nucleus), the neutron (neutral, in the nucleus), and the electron (on the outer part of the atom).

Monopole is an antenna with just the radiating element where the ground of the transmitter is connected to an electrical ground which serves as an Image ground to the radiating element. Thus the name "mono" pole.

Dipole is where the ground and the radiating elements are connected to two different elements where one is the radiating element and the other is the ground to the later. Thus the name "Di" Pole

Cheers

by zafran khan

The neutron is a part of the atom, therefore it is smaller.

Yes, they do. They have a spin of 1. Please see Why_the_photon_have_one_spinfor more information.

Electricity is the flow of electrons

formation of a covalent bond

This sounds like an electron.

10. Alpha Helix: the alpha helix is one of the secondary structures of proteins.

9. Atom: an atom is so small that you can't even see it with your naked eye, even if you try your hardest

8. Gamma Ray Wavelength: gamma rays have a very high frequency, and they can come from radioactive decay.

7. Nucleus: the atom's nucleus is thousands of times smaller than the atom itself.

6. Proton and Neutron: proton and neutrons are found within an atom's nucleus.

5. Electron: electrons are so small that their size can't accurately be measured.

4. Quark: quarks are found within protons, neutrons, and electrons.

3. Neutrino: neutrinos are so small that they pass through matter like humans all the time.

2. Quantum Foam: quantum foam, or called the spacetime foam, is the foundation of the fabric of the universe.

1. Plank length; the planck length theory is so small that it is impossible to directly observe or measure it.

The photon probably may be the answer. Every time an electron of an atom gets "excited" after gaining energy, it emits a photon to reach, or rather obtain the ground state(energy levels)

In order to get to the topic of a theory of everything, it's important to go over some history first. Einstein came up with the theories of general and special relativity. He was concerned mainly with the motions of planets and galaxies. He also believed anything a planet could do, a smaller object could do (he held many of the same views held by Sir Isaac Newton). Einstein was a man of faith. He believed God had created the universe and everything in it, and that it was so perfect that if you knew the forces acting on a planet at any given time, you could predict its motion for eternity. Enter quantum mechanics. Out of his work sprung this new field that stated that at the heart of the smallest subatomic particle, its motion was not governed by forces and charges, etc. but by probability. Einstein hated this new branch of mathematics. He absolutely knew that the universe was perfect, elegant, and beautiful, and that it couldn't possibly be based on chance. Once in a debate with a quantum physicist, Einstein said perhaps his most famous one-liner: "God doesn't play with dice." To make a long story short, Einstein began penning the greatest theory of all time, a combination of general and special relativity applied to a subatomic scale, an equation no longer than one inch that could express all the knowledge of physics in the world, the ultimate blow to the hateful field of quantum mechanics. This theory he called the "Theory of Everything." When it was finally published after years of work, the scientific community beat it down. It contradicted many accepted theories of the day, including relativity. Einstein went back to the drawing board and continued to work until he died, leaving the theory unfinished. By the time he passed away, quantum mechanics had been accepted by science and had even become the basis of the computer industry, so no scientist bothered to pick it up. If you ask me, Einstein let his blind beliefs get the better of his logic, and he wasted the last half of his life chasing his tail. But that's all a matter of opinion. Please note, I cannot cite a source because I don't remember the title, but this information is taken from a documentary I watched in class the other day and I trust it. Hope that helps! Also, let me know if you find a copy of his original six page published theory of everything. I want to read it.

Magnets can make electrons accelerate and change position through force;
f= evB = -ev.Bcos(vB) + evxBsin(vB).

There are 2 valence electrons in Radium. There are 2 valence electrons in Radium.

Higher Magnification

About the same

The oxygen combines with two hydrogens and the requisite electrons to become water.

it cause no electricity because of the resistance

but....

if your question was..... "the caused by the flow of electrons" then the answer well be ( it cause electricity )

Be (beryllium) has four electrons total: the first orbital, the 1s orbital, has two, which leaves two electrons in the outer shell.

the same ones as make up you: protons, neutrons, and electrons.

Electrons have ~1800 times less mass than protons and neutrons

The atomic number of thorium is 90. So there are 90 protons and 90 electrons.

In Th-230 isotope there are 140 neutrons (230 - 90 = 140)

So there are 50 more neutrons than the number of protons.