You eat the gamma cookie, put the beta cookie in your pocket, and hold the alpha cookie in your hand. Here's why:
Your skin will stop the alpha radiation, so it's safe to hold that cookie in your hand.
Your clothes will stop the beta, so it's safe to put that in your pocket.
And if you're going to have to eat one, you may as well eat the gamma cookie because gamma radiation is so penetrating that you'll get the same does whether you hold it in your hand, put it in your pocket or eat it.
you've sort of missed the point with this one. your right in saying that the alpha wont penetrate the skin, the beta your clothes, and the gamma will penetrate basically everything but its less that you you'd rather eat the gamma cookie because you will get dosed no matter what and more that you do not want to eat the alpha cookie. you see the same reason alpha particles dont penetrate the skin is the same reason they're extremely detrimental when ingested - far more so than gamma. its called specific ionization specific-ionization.
The radioactive element is composed of unstable nuclei that try to reach stability through emitting nuclear radiations as alpha, beta, and gamma nuclear radiations.
The atoms structure is unstable and it emits alpha or beta particles that changes the Atom
An explanation for the use of alpha particles to create other radioactive elements is because it is relatively easy to do. We can concentrate an element that is an alpha emitter in the laboratory, and then use the "alpha bullets" to activate another material. The Curies did this. The alternative is to build a cyclotron, which is a particle accelerator, or a nuclear reactor so the neutron flux can be used to bombard sample. These ideas were a ways down the road when the Curies were conducting their Nobel Prize winning experiments. So these clever individuals isolated materials that were alpha emitters and used them.
Radioactive atoms can give off several different particles. There are three different "types" of radiation, beta, gamma, and alpha. Beta decays which give off electrons/positrons as well as gamma rays (usually). Gamma emmitters are generally meta stable particles that omit a gamma ray in order to stabilize the nuclears, and their are alpha decays which eject a alpha particle (a helium nucleus). On rarer occasions radioactive particles can also be classified as neutron emitters.
A radiation particle consisting of two protons and two neutrons is called an Alpha Particle. Alpha Particles have the same structure as a Helium nucleus. There are three forms of radiation, Alpha (Helium nucleus), Beta (a lone electron) and Gamma (an Electromagnetic wave).
dude..
An alpha particle itself is not radioactive, but it is the result of a type of radioactive decay called (obviously) alpha decay. The alpha particle is actually a helium-4 nucleus, and it will eventually pick up a pair of electrons and become an atom of that inert or noble gas.
The most easily absorbed radioactive is Alpha
Alpha
Yes, alpha decay occurs naturally, that is why radioactive material is dangerous, because we can't simply "turn off" the radioactive decay.
In physics, an alpha emitter is a radioactive substance which decays by emitting alpha particles.
This phenomenon is rare, non obligatory. For example beryllium irradiated with alpha particles from radium emit neutrons.
alpha, beta, gamma.
alpha
An alpha particle
If you mean "alpha radiation", that is the result of certain types of radioactive decay.
I'm pretty sure its alpha.