They destroy each other and radiation is released.
1 of 17
What is positron emission?
It is a beta plus particle and it is an antiparticle so it carries a positive charged neutrino is also unchanged is emitted.
2 of 17
what was the theory about rest energy being directly linked with rest mass?
E = mc^2
3 of 17
What was Dirac's Theory?.
- Annihilates the particle and itself if they meet, converting their total mass into photons.
- Has exactly the same rest mass
- Exactly opposite charge to the particle if it has a charge.
4 of 17
How do you find the energy from rest mass energy and kinetic energy.
E = mc^2+ke
5 of 17
What is pair production?
It is when a photon produces an anti particle and a particle when interacting with a nucleus.
6 of 17
What is Annihilation?
It is when an anti particle and a particle meets each other and annihilates each other producing 2 photons.
7 of 17
What is 1 MeV (Million electron volts) = to?
1.60 x 10^-13
8 of 17
What is the equation of minimum of each photon produced?
hf(min) = E>0
9 of 17
What is the equation of each photon needed to make 2 particles?
hfmin = 2E>0
10 of 17
Why sometimes a photon cant create an antiproton and proton pair?
the photon doesn't have enough total energy to make the minimum energy for proton.
11 of 17
What is the Anti particle of a electron?
Positron
12 of 17
What is the Anti particle of a neutron?
antineutron
13 of 17
What is the Anti particle of a neutrino?
antineutrino
14 of 17
What is the Anti particle of a electron?
positron
15 of 17
what is the equation for calculating the wavelength?
Speed of light = Frequency x Wavelength
16 of 17
What is the speed of light?
3x10^8
17 of 17
Other cards in this set
Card 2
Front
What is positron emission?
Back
It is a beta plus particle and it is an antiparticle so it carries a positive charged neutrino is also unchanged is emitted.
Card 3
Front
what was the theory about rest energy being directly linked with rest mass?
Back
Card 4
Front
What was Dirac's Theory?.
Back
Card 5
Front
How do you find the energy from rest mass energy and kinetic energy.
Comments
No comments have yet been made