Yes, a positron has penetrating power, but not very much. The positron is an anti-electron (antimatter), and it will have little power to penetrate anything, even at high energy. A thin sheet of aluminum foil will stop it. But there is a problem. As far as radiation goes, the positron will not travel far before it will slow down in a series of scattering events, and then find an electron to combine with in mutual annihilaton. This will realease two extremely energetic gamma rays. And they can penetrate stuff big time. They present a radiation hazard.
Yes
Didn't ur teacher teach u anything
Low ionising power results from great penetrating power.
Alpha being so massive penetrates with less power. Beta lighter yet massive has less penetrating power. But gamma being just a radiation/non-massive photon penetrates with highest power
ultra voilet rays are characterized with high penetrating power ============================= The EM radiation with the highest penetrating power would be the flavor with the highest frequency/shortest wavelength. Those are the waves we call "gamma rays". A moment's thought will remind you that X-rays are more penetrating than ultraviolet rays are ... otherwise we'd be getting dental ultraviolets instead of dental X-rays.
alpha
Didn't ur teacher teach u anything
Yes, think about how the Gamma is created to begin with and you have your answer.
Yes and they are a penetrating form of radiation.
Low ionising power results from great penetrating power.
Of the "basic" types of particulate radiation, the neutron has the highest penetrating ability. It is much more penetrating than the electron, positron, proton, or alpha particle.
Beta particles have a very low penetrating power; an aluminium foil of 3-4 mm is a sufficient shielding.
The neutron has been the key to nuclear power production.
the neutrino
It uses high energy, penetrating waves or particles such as x rays, gamma rays, proton rays, or neutron rays
Gamma Ray
alpha ray.
Gamma rays