A) James Chadwick B) Albert Einstein C) Marie Curie D) Ernest Rutherford
A) 1920 B) 1945 C) 1932 D) 1958
A) To emit radiation B) To generate electricity C) To stabilize the nucleus D) To form chemical bonds
A) Iron B) Gold C) Beryllium D) Carbon
A) Quarks B) Protons C) Electrons D) Photons
A) Variable B) Positive C) Neutral D) Negative
A) Electron B) Proton C) Positron D) Neutron
A) 0.025 eV B) 1 MeV C) 0.1 eV D) 100 keV
A) To generate electricity directly B) To absorb excess protons C) To create anti-particles D) To sustain a nuclear chain reaction
A) Gamma rays B) Alpha particles C) Neutrons D) Beta particles
A) Transmission and emission B) Ionization and excitation C) Absorption and scattering D) Reflection and refraction
A) Improvement of rocket propulsion B) Development of radar technology C) Understanding nuclear structure D) Advancement in computer programming
A) Neutrino B) Proton C) Boson D) Electron
A) 0 atomic mass units B) 0.5 atomic mass unit C) 1 atomic mass unit D) 2 atomic mass units
A) Neutrinos B) Gamma rays C) Beta particles D) Alpha particles
A) 1 x 10-15 B) 1 x 10-3 C) 1 x 10-6 D) 1 x 10-9
A) Nobel Prize in Physics B) Oscar Award C) Emmy Award D) Grammy Award
A) 4 B) 3 C) 6 D) 2 |