Try to answer these Nuclear Chemistry MCQs and check your understanding of the Nuclear Chemistry subject. Scroll down and let's begin!
A. Positrons
B. Electrons
C. Protons
D. Neutrons
A. 1H3
B. 92U235
C. 8O18
D. 6C14
A. All
B. Deutrons
C. Neutrons
D. Protons
A. Cadmium
B. Deuterium
C. Water
D. All
A. 49%
B. 50%
C. 45%
D. 59%
A. Very high temperature
B. Moderate temperature
C. Low temperature
D. None
A. B.E. = Δm x 931 – M
B. B.E. = Δm + 931.
C. B.E. = Δm x 931.
D. B.E. = [m + (A-Z) mn] – M
A. Law of conservation of mass and energy
B. Law of conservation of mass number
C. Law of conservation of atomic number
D. None
A. Nuclear process
B. A spontaneous process
C. Exothermic change
D. Unimolecular first order reaction
A. Neutrons
B. Positrons
C. Protons
D. Electrons
A. 10
B. 16
C. 6
D. 64
A. 3.28 x 10-8 g per year
B. 4.28 x 10-8 g per year.
C. 3.28 x 10-7 g per year
D. 4.28 x 10-7 g per year.
A. 32 min
B. 12 min
C. 48 min
D. 25 min
A. 248U
B. 226U
C. 238U
D. 235U
A. As a moderator
B. As a moderator And As a coolant
C. None
D. As a coolant
A. Volume
B. Pressure
C. Catalyst
D. Temperature
A. γ– rays.
B. A– rays.
C. ß– rays.
D. Anode rays
A. Isodiaphers
B. Isotopes
C. Isosterism
D. Isotones
A. Pneumonia
B. Cancer
C. Leukaemia
D. All
A. Madam Curie
B. Pierre Curie
C. Henry Becquerel
D. Rutherford
A. An atom
B. Plasma
C. Fission
D. Radiation
E. Fusion
A. An entirely different element
B. An ion
C. A less energetic element of the same identity
D. Either an alpha or beta particle
A. Chain reaction
B. Nuclear reaction
C. Fission reactions
D. None of these
A. An atom
B. A molecule
C. A compound
D. An electron
A. 6.02 × 10^23
B. 4.4 × 10^23
C. 1.46 × 10^-10
D. 1.33 × 10^-18
A. Emits energy as it decays.
B. Film badge
C. Ionizing radiation
D. Beta particl
A. Should have a short-half life
B. Film badge
C. By emitting a beta particle
D. Soft tissue
A. Fission
B. Change in the number of protons in a nucleus of an atom
C. Alpha radiation
D. All of this
A. U-235
B. Explosions
C. High-level waste
D. Radon gas