Combinationof quarksthat make ameson with+1e charge Electro-magneticForceHoldselectrons inorbit aroundnuclei ofatomsCorrectsetup tochange 19eV of energyinto JoulesHadronA particlemade ofquarksand/or anti-quarksUniversalMassUnit (u)A unit used tomeasure tinymasses. Veryclose to themass of aprotonElectronA lepton thatorbits nucleiof atoms inquantizedenergy levelsThe equationused to findthe energyequivalent ofa given massMesonA particlemade of aquark andanti-quarkQuarkTiny particlesthat combineto makehadronsThespeed oflight in avaccuumCorrect setup to findthe energy of aphoton released froman electron in aMercury atom movingfrom level f to level cEnergyJoules andelectronvoltsare used tomeasure thisCombinationof quarksthat make aprotonCorrect setup to findthe energyof aphoton released froman electron in aHydrogen atommoving from theground state to n=3Correct setupto express5.7 universalmass units(u) as MeV3The number ofdifferent photonfrequencies thatcould be emitted froman electron in energylevel c of a MercuryatomMatter andantimatterannihilatingand becomingpure energyLeptonsParticles NOTmade of smallerparticles that arenot found inatomic nucleiCombinationof quarksthat make abaryon with-1e charge6Thenumber ofdifferentquarksThe symbolof an anti-muonneutrinoBaryonA particlemade of3 quarksAnti-protonParticle withsame massbut oppositecharge of aproton FREEStrongForceHolds thenucleus ofan atomtogertherCombinationof quarksthat make ameson with+1e chargeElectro-magneticForceHoldselectrons inorbit aroundnuclei ofatomsCorrectsetup tochange 19eV of energyinto JoulesHadronA particlemade ofquarksand/or anti-quarksUniversalMassUnit (u)A unit used tomeasure tinymasses. Veryclose to themass of aprotonElectronA lepton thatorbits nucleiof atoms inquantizedenergy levelsThe equationused to findthe energyequivalent ofa given massMesonA particlemade of aquark andanti-quarkQuarkTiny particlesthat combineto makehadronsThespeed oflight in avaccuumCorrect setup to findthe energy of aphoton released froman electron in aMercury atom movingfrom level f to level cEnergyJoules andelectronvoltsare used tomeasure thisCombinationof quarksthat make aprotonCorrect setup to findthe energyof aphoton released froman electron in aHydrogen atommoving from theground state to n=3Correct setupto express5.7 universalmass units(u) as MeV3The number ofdifferent photonfrequencies thatcould be emitted froman electron in energylevel c of a MercuryatomMatter andantimatterannihilatingand becomingpure energyLeptonsParticles NOTmade of smallerparticles that arenot found inatomic nucleiCombinationof quarksthat make abaryon with-1e charge6Thenumber ofdifferentquarksThe symbolof an anti-muonneutrinoBaryonA particlemade of3 quarksAnti-protonParticle withsame massbut oppositecharge of aprotonFREEStrongForceHolds thenucleus ofan atomtogerther

Modern Physics Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Combination of quarks that make a meson with +1e charge
  2. Holds electrons in orbit around nuclei of atoms
    Electro-magnetic Force
  3. Correct setup to change 19 eV of energy into Joules
  4. A particle made of quarks and/or anti-quarks
    Hadron
  5. A unit used to measure tiny masses. Very close to the mass of a proton
    Universal Mass Unit (u)
  6. A lepton that orbits nuclei of atoms in quantized energy levels
    Electron
  7. The equation used to find the energy equivalent of a given mass
  8. A particle made of a quark and anti-quark
    Meson
  9. Tiny particles that combine to make hadrons
    Quark
  10. The speed of light in a vaccuum
  11. Correct setup to find the energy of a photon released from an electron in a Mercury atom moving from level f to level c
  12. Joules and electronvolts are used to measure this
    Energy
  13. Combination of quarks that make a proton
  14. Correct setup to find the energyof a photon released from an electron in a Hydrogen atom moving from the ground state to n=3
  15. Correct setup to express 5.7 universal mass units (u) as MeV
  16. The number of different photon frequencies that could be emitted from an electron in energy level c of a Mercury atom
    3
  17. Matter and antimatter annihilating and becoming pure energy
  18. Particles NOT made of smaller particles that are not found in atomic nuclei
    Leptons
  19. Combination of quarks that make a baryon with -1e charge
  20. The number of different quarks
    6
  21. The symbol of an anti-muon neutrino
  22. A particle made of 3 quarks
    Baryon
  23. Particle with same mass but opposite charge of a proton
    Anti-proton
  24. FREE
  25. Holds the nucleus of an atom togerther
    Strong Force