ewan ko basta si neils bohr ang naka discover nun
Sir J.J Thomson first discovered that atoms had a negatively charged particle called an "ELECTRON". Afterwards , Goldstein discovered "PROTONS", the positively charged particles.
I do, along with all scientists and educated people in the world know that an atom of matter contains tiny negatively charged particles. They are called 'Electrons'. In antimatter, the proton equivalent carries a negative charge.
The answer is electrons.
The negatively charged particles that move around the atom's nucleus is called electrons.
ions
J.J Thomson
When an atom gains an electron the no of negatively charged particles increases inside the atom and the atom gets negatively charged.
If you're talking about atoms (which i hope) its the protons (positive charged particles) and neutrons (not charged). Electrons fly around on the outside (they are negativly charged.).
The value in "banging particles together at high speed" is that, when you do so, the larger particles can break up and show scientists what is inside. When this happens, scientists are able to find smaller and smaller particles so that they can understand better what the most basic particles in the universe are. In doing so, scientists are slowly getting closer to finding out how the universe began and what may have caused its creation.
Electrostatic precipitators are devices used in chimneys or ducts with electrically charged parts inside to remove solid particles, like dust and ash, from gas streams. As the gas passes through the device, charged particles are attracted to collection plates with the opposite charge, allowing clean gas to exit the system.
J.J. Thomson discovered the existence of small negatively charged particles, later named electrons, inside an atom through his cathode ray tube experiments in 1897. This discovery laid the foundation for the development of the atomic model.
The Hydrophobic phospholipid "tails." Cell Membranes are composed of lines of hydrophilic (water loving) phospholipid heads that face outside the cell and inside the cell. On the inside of the membrane, however, are hydrophobic (water hating) phospholipid tails, which repel charged particles.