What we have here is considered atomic and nuclear physics hardest quiz! A lot of people are confused about what makes atomic and nuclear physics is centered on. While one focuses on the atom the other focuses n protons and neutrons in the nucleus. Do you know the different types of energy and how they are obtained? The quiz below will be a perfect refresher for you. Do give it a try and see how well you do!
Scattered only at small angles
Scattered only at large angles
Absorbed in the target
Scattered back along the original direction.
Decreases linearly with time
Increases linearly with time
Decreases exponentially with time
Increases exponentially with time
The continuous spectrum of the light emitted by a white-hot metal
The line emission spectrum of a gas at low pressure
The emission of gamma radiation from radioactive atoms
The ionization of gas atoms when bombarded by alpha particles
Total mass of the sample
Total number of atoms in the sample
Total number of nuclei in the sample
Activity of the radioactive isotope in the sample
Energy from one fission reaction causes further fission reactions
Nuclei produced in one fission reaction cause further fission reactions
Neutrons from one fission reaction cause further fission reactions
Gamma radiation produced in one fission reaction causes further fission reactions
A
B
C
D
Protons
Electrons
Nuclei
Neutrons
32 days
16 days
12 days
8 days
Isotopes
Orbiting electrons
Gamma radiation
Neutral atoms
Fission
Radioactivity
Fusion
Ionization
Electrons in atomic energy levels
Electrons in the nuclei of atoms
Neutrons in the nuclei of atoms
Protons in the nuclei of atoms
All have the same mass
All have the same number of nucleons
All have the same number of neutrons
All have the same number of protons
A radioactive sample will decay continuously
Some nuclei will decay faster than others
It cannot be predicted how much energy will be released
It cannot be predicted when a particular nucleus will decay
Particles in the nucleus
Neutrons in the nucleus
Protons in the nucleus
Protons plus neutrons in the nucleus
Isotopes
Neutrons
Protons
Atomic energy levels
The presence of orbiting electrons
The presence of gravitational forces
The presence of strong attractive nuclear forces
The absence of Coulomb repulsive forces at nuclear distances
A proton
An atom of carbon-12 divided by 12
An atom of carbon-12
An atom of hydrogen-1
Natural radioactive decay
The ionizing properties of radiation
The stability of certain elements
The scattering of alpha particles by gold foil
Chemical reaction
Natural radioactivity
Nuclear fusion
Nuclear fission
Nuclear only
Coulomb only
Nuclear and Coulomb
Gravitational, nuclear and Coulomb
N/8
N/3
2N/3
7N/8
A
B
C
D
The Geiger-Marsden experiment
Isotopes
Natural radioactive decay
Artificial transmutations of elements
Photons
Electrons
Quantized energy states within nuclei
Quantized energy states within atoms
The absorption line spectra of gases
The existence of isotopes of elements
Energy release during fission reactions
The scattering of α -particles by a thin metal film