Radioactivity
Ultimate Radioactivity Quiz
Test your knowledge on radioactivity with our comprehensive quiz designed for enthusiasts and students alike. Dive deep into topics like decay processes, particles involved, and the principles governing radioactivity.
- 17 Engaging Questions
- Multiple Choice Format
- Score and Learn as You Go!
What is Radioactivity?
Characteristic of different materials to emit ionising radiation
Removal of an electron to give an atom a charge
Emission of a particle which consists of 2 protons and 2 neutrons
Emission of an electron
In this graph, what is A?
Alpha Decay
Beta plus decay
Beta minus decay
Line of Stability
What is B?
Alpha decay
Beta minus Decay
Beta plus Decay
Electron Capture
What is C?
Line of Stability
Internal Conversion
Gamma Emission
Electron Capture
What is D?
Electron Capture
Internal conversion
Beta minus Decay
Beta plus Decay
What is the role of Neutrino is not true?
Collects the remaining energy
Occurs in Beta plus decay
Occurs in beta minus decay
Occurs in Alpha decay
Which direction does a neutrino move?
Clockwise
Anti-clockwise
Straight
Backwards
If the half-life of a radioactive substance is 5 days and after 5 days, the radioactivity is 500 MBq, then what would the radioactivity be after 50 days?
0.9765625
0.974999
0.9769992
0.9760029
What is this equation of?
Beta plus decay
Beta minus decay
Electron Capture
Internal Conversion
What would the result of the equation be stopped by?
Plastic
Lead
Paper
Concrete
In this table, What is A?
1
-1
-2
-4
In this table, what is B?
1
0
-2
-1
In this table, what is C?
1
-1
-2
0
What happens in Beta minus decay?
Lose a proton
Gain a proton
Lose a neutron
Gain a neutron
What graph would a half-life decay be?
Quadratic
Linear
Proportional
Exponential
What is Curie?
Disintegration per second
Joules per second
Amount of radioactive isotope that decays at a rate of 3.7 x 10 (10)
Amount of radioactive isotope that decays at a rate of 3.7 x 10 (23)
Why does decay happen?
Too many protons, so unstable
Too many electrons, so unstable
Electron lost, so unstable
Protons gained, so unstable
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