If you're asking about positions, then yes. As a violinist of over 10 years, I use various positions in every piece I play.
If all the electrons in the human body were replaced with positrons, the positrons would annihilate with nearby electrons, creating gamma radiation. This would lead to immediate destruction of the body's molecular structure and result in a catastrophic event, causing severe harm or death.
They do not exist.
That might refer to electrons and positrons (aka anti-electrons).That might refer to electrons and positrons (aka anti-electrons).That might refer to electrons and positrons (aka anti-electrons).That might refer to electrons and positrons (aka anti-electrons).
Positrons don't last long because they are anti-electrons; they are antimatter. And they will combine with an electron after their appearance, and do so in a relatively short period of time. Both particles are oppositely charged and attract each other. And in an event called mutual annihilation, the total mass of both the positron and the electron are converted into energy.
Actually quarks can exist freely.
Positrons are antimatter. They do not exist for very long in the universe we know, and that is because they attempt to combine with any available electron in mutual annihilation. We can look at places where positrons appear and make some comments about these tiny units of (anti)matter. And we'll find there isn't really a way to "count" them to know how many there might be. The positron can appear naturally as a result of pair production when gamma rays of sufficient energy are present, but, as stated, any positron present around "normal" matter will soon combine with an electron, and both particles will be completely converted into energy. Positrons can also be created in a kind of radioactive decay called beta plus decay. Again, the positron appears amid "normal" matter, and it isn't very long before it finds an electron to "merge" with. Positrons are created in astronomical numbers inside stars, but they continue to participate in the nuclear reactions there. We don't generally find positrons hanging around anywhere.
The answer is electrons. I assume you mean positrons (anti-electrons) by positive electrons, and positrons and electrons go boom when they meet, so we don't see many positrons around.
No
Herobrine doesn't exist,he is actually a Creepy Pasta
Electrons or positrons.
Ann T. Nelms has written: 'Energy loss and range of electrons and positrons' -- subject(s): Electrons, Positrons
No