beta radiation is effected by a magnetic Field. A beta particle will bend toward the south of the magnet (+). beta radiation bends because it is made up of a single electron with a negative charge also known as e-. this negative charge means that the beta radiation will bend toward the positive side of the magnetic field.
Beta minus radiation is a stream of electrons.
The radiation of an electron is Radiolectonoil. -Professor Lyle
Normal clothing will protect you from typical energy beta radiation.
Alpha, Beta, Gamma and cosmic are all examples of radiation.Types of radiation could be:Ionizing radiationElectromagnetic radiationInfra red radiation
beta radiation is effected by a magnetic Field. A beta particle will bend toward the south of the magnet (+). beta radiation bends because it is made up of a single electron with a negative charge also known as e-. this negative charge means that the beta radiation will bend toward the positive side of the magnetic field.
alpha rays follow north pole of magnet and beta rays south pole.
The magnet would absorb any radiation and particles emitted by the radioactive element, just as anything else you might put there would. I'm not up on my nuclear decay, but in the event that alpha or beta particles were emitted, or any other ones with a net charge, the presence of the magnet would deflect them somewhat from the direction they would otherwise have taken.
A magnetic field would deflect both alpha and beta particles, as would a charged electric field.
beta radiation!
Beta minus radiation is a stream of electrons.
Beta radiation is made from electrons (or positrons for inverse beta radiation). Alpha radiation is a helium nucleus, and gamma radiation is a high energy electromagnetic ray.
A stream of helium nuclei is alpha radiation. Beta radiation is a stream of electrons.
Graded-Z materials.
Beta radiation does not have a helium nucleus.Alpha radiation, however, does have a helium nucleus.
Because its attenuation is proportional to thickness being penetrated
Yes