Nuclear Physics
Physics Solutions from Chapter -1 - Nuclear Physics
This chapter covers topics such as Carbon Dating, Atomic Nucleus, Nuclear Reactions, Mass Defect and Binding Energy, α, β and γ Radiations, Radioactivity, Factors Affecting Nuclear Chain Reaction in a Reactor, etc.
Practice Other Topics from Nuclear Physics
This topic covers concepts such as Nucleus, Discovery of Nucleus, Composition and Structure of Nucleus, Nucleons, Isotopes, Isobars, Isotones, Size of a Nucleus, Nuclear Density, Nuclear Mass, etc.
This topic covers concepts such as Pair Production, Pair Annihilation, Mass Defect, Binding Energy, Binding Energy per Nucleon, Dependence of Nuclear Stability on Binding Energy per Nucleon, etc.
This topic covers concepts such as Radioactivity, Natural Radioactivity, Artificial Radioactivity, Parent Nuclei, Daughter Nuclei, Displacement Law in Radioactivity, Radioactive Decay Law, Decay Constant, etc.
This topic covers concepts such as Method of Radio Carbon Dating and Calculating Age of an Object Using Radio Carbon Dating.
This topic covers concepts such as Alpha Decay, Change in Atomic Number after Alpha Decay, Change in Mass Number after Alpha Decay, Beta Decay, Neutrino and Antineutrino, Pauli's Explanation of Beta Decay, etc.
This topic covers concepts such as Nuclear Reaction, Q-value of a Nuclear Reaction, Exoergic Nuclear Reactions, Endoergic Nuclear Reactions, Conservation Laws in Nuclear Reactions, Nuclear Energy, etc.
This topic covers concepts such as Range of Alpha Particles, Geiger Nuttall Laws for Alpha Particles, Relation Between Range and Decay Constant of Alpha Particles, Velocity Range of Alpha Particles, etc.
This topic covers concepts such as Nuclear Fission, Nuclear Fusion, Atom Bomb, Nuclear Chain Reaction, Critical Size and Critical Mass for an Atom Bomb, Hydrogen Bomb, Application of Nuclear Fission, etc.
This topic covers concepts such as Reactions in the Stars, Thermonuclear Fusion, Proton-Proton Cycle, and Carbon Cycle for Fusion Reaction.
This topic covers concepts such as Liquid Drop Model of Nucleus and Using the Liquid Drop Model of Nucelus to explain the Fission Process.
This topic covers concepts such as Nuclear Reactors, Moderator in a Nuclear Reactor, Control Rods in Nuclear Reactor, Multiplication Factor in Nuclear Reactor, Uncontrolled Nuclear Chain Reaction, etc.
This topic covers concepts such as Difficulties in Propagation of Nuclear Chain Reaction, Neutron Leakage Problem, Neutron Energy Problem, and Neutron Capture Problem.
