the paticle that was hard to detect was neutrons because it had no electrical charge.
The neutron.
the paticle that was hard to detect was neutrons because it had no electrical charge.
the paticle that was hard to detect was neutrons because it had no electrical charge.
the paticle that was hard to detect was neutrons because it had no electrical charge.
the paticle that was hard to detect was neutrons because it had no electrical charge.
That sounds like the neutron.
In 1932, James Chadwick discovered the neutron. Neutrons help stabilize the protons in the atom's nucleus. Because the nucleus is so tightly packed together, the positively charged protons would tend to repel each other normally. Neutrons help to reduce the repulsion between protons and stabilize the atom's nucleus. Neutrons always reside in the nucleus of atoms and they are about the same size as protons. However, neutrons do not have any electrical charge; they are electrically neutral.
Because the electron is a particle with an electrical negative charge.
I would say a neutrino, because its charge is zero. ------------------------------------------------------------------------ Neutrino is not considered as a subatomic particle. Proton (positively charged) and electron (negatively charged) have very small electrical charge.
since an electron is a negatively charged particle and a proton is a positively charged particle the positive and negative charges will cancel each other so the electrical charge on atom is zero.
That wasn't even an answer! The answer to the question is this: Chadwick concluded that the particles produced by his experiment were neutral in charge because a charged object did not deflect their path.
If he has red hair. because that's all being a ginger means
he explore because he want to@@@@