Cards (61)

    • The W and Z bosons mediate the weak force, which is responsible for radioactive decay.
      True
    • Match the type of quark with its description:
      Up ↔️ One of the lightest quarks
      Charm ↔️ Heavier than up
      Bottom ↔️ One of the heaviest quarks
    • The W and Z bosons mediate the weak force, which is responsible for radioactive decay
    • The W and Z bosons mediate the weak force.

      True
    • W and Z bosons mediate the weak force, which is responsible for radioactive decay.
      True
    • Match the lepton with its corresponding type:
      Electron ↔️ Charged lepton
      Electron neutrino ↔️ Neutral lepton
    • The strong force binds quarks together to form hadrons
    • How do gluons mediate the strong force between quarks?
      Exchange between quarks
    • Leptons can have either negative or neutral electric charge.

      True
    • The Standard Model categorizes particles into fermions and bosons
    • Quarks make up protons and neutrons
    • The strong force binds quarks together using gluons
    • Gravity is not fully integrated into the Standard Model
    • Quarks and leptons are categorized into three generations
    • Quarks participate in strong, weak, and electromagnetic interactions.
      True
    • Quarks are the building blocks of hadrons
    • When a particle and its antiparticle interact, they convert their mass into energy
    • Which particles mediate the strong nuclear force?
      Gluons
    • What is the name of the force-carrying particle that mediates the strong force between quarks?
      Gluons
    • Which fundamental force is not fully integrated into the Standard Model of Particle Physics?
      Gravity
    • How many types of leptons are there in the Standard Model?
      Six
    • Match the type of lepton with its description:
      Electron ↔️ One of the lightest leptons
      Muon ↔️ Heavier than an electron
      Tau ↔️ One of the heaviest leptons
    • Gravity is not fully integrated into the Standard Model of Particle Physics
    • What are fundamental particles in physics?
      Basic constituents of matter
    • Gluons mediate the strong force that binds quarks together within hadrons.

      True
    • Which force is responsible for radioactive decay processes?
      Weak force
    • Quarks are the building blocks of hadrons
    • Match the fundamental particle with its role in particle physics:
      Quarks ↔️ Building blocks of matter
      Leptons ↔️ Include electrons and neutrinos
      Gluons ↔️ Mediate the strong force
    • Leptons include electrons, neutrinos, and their heavier counterparts.
      True
    • W and Z bosons mediate the weak force.

      True
    • Match the fundamental force with its force-carrying particle:
      Strong Force ↔️ Gluons
      Electromagnetic Force ↔️ Photons
      Weak Force ↔️ W and Z Bosons
    • Force-carrying particles mediate fundamental forces by being exchanged between interacting particles.
      True
    • Match the type of fundamental particle with its description:
      Quarks ↔️ Building blocks of hadrons
      Leptons ↔️ Include electrons and neutrinos
    • What are the possible electric charges for quarks?
      +2/3 or -1/3
    • What are the three generations of leptons?
      Electron, muon, tau
    • What is the primary force that binds protons and neutrons together in the nucleus?
      Strong nuclear force
    • Order the following forces from strongest to weakest:
      1️⃣ Strong nuclear force
      2️⃣ Electromagnetic force
      3️⃣ Weak nuclear force
      4️⃣ Gravity
    • Match the type of particle accelerator with its description:
      Linear Accelerators ↔️ Accelerate particles in a straight line
      Circular Accelerators ↔️ Accelerate particles in a circular path
      Colliders ↔️ Collide two beams of particles head-on
    • There are six types of quarks, including up, down, charm, strange, top, and bottom
    • Quarks are the fundamental building blocks of protons and neutrons
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