A) Quarks and leptons B) Protons and neutrons only C) Bosons and gluons D) Antiquarks and antileptons
A) Electron B) Up quark C) Gluon D) Neutron
A) Quarks B) Z bosons C) W bosons D) Leptons
A) They do not exist B) They are not made of quarks or leptons C) They are antimatter D) They have no mass
A) Only protons and electrons B) Antiquarks and antileptons C) Top quarks, bottom quarks, and muons D) Up quarks, down quarks, electrons, and neutrinos
A) The sum of the three quarks B) The mass of the leptons C) The mass of the electrons D) Binding energy of gluon fields
A) Four B) Three C) Two D) One
A) They are all unstable B) They are the particles that are commonly encountered C) They have no mass D) They are all bosons
A) They turn into force carriers B) They quickly decay into first-generation particles C) They combine to form antimatter D) They remain stable forever
A) Leptons B) Quarks C) Elementary bosons D) Fermions
A) Excited states of the first generation B) Independent elementary bosons C) Types of antimatter D) Pure energy
A) Ordinary matter is destroyed B) Antimatter does not exist C) Mass does not exist D) Quarks and leptons are composite particles
A) Quark B) W boson C) Antilepton D) Lepton
A) 50 MeV/c2 B) 100 MeV/c2 C) 12.5 MeV/c2 D) 938 MeV/c2
A) 938 MeV/c2 B) 100 MeV/c2 C) 500 MeV/c2 D) 12.5 MeV/c2
A) Dark energy B) Photons C) Atoms D) Pure vacuum
A) Ordinary matter B) Antimatter C) Dark matter D) Virtual matter
A) Only in crystalline form B) No C) Only in liquid form D) Yes
A) Negative B) Positive C) Neutral D) Variable
A) Positive B) Neutral C) Dual D) Negative
A) Positive B) Unknown C) Neutral D) Negative
A) Classical mechanics B) Fluid dynamics C) Relativistic thermodynamics D) Quantum mechanics
A) Superfluidity B) Only wave behavior C) Wave-particle duality D) Only particle behavior
A) Gluons B) Electromagnetic fields C) Weak nuclear force fields D) Gravity
A) Leptons B) Photons C) Quarks D) Protons
A) Bose-Einstein condensate B) Dark energy C) Vacuum D) Electromagnetic wave
A) The exclusion principle B) Thermodynamic expansion C) Photonic repulsion D) Gravitational attraction
A) Kaṇāda B) Isaac Newton C) Leucippus D) Democritus
A) Fermions B) Light C) Heat D) Volume
A) Rest mass B) Heat energy C) Wave frequency D) Photonic velocity
A) Energy phenomena B) Fermionic condensate C) Classical phases D) Quark-gluon plasma |