equal insize,opposite indirectionNonrenewableVelocityhas nodirection,speed doesInertiaFinal velocity-startingvelocity/time ittakes to changev elocityLaw ofConservationof EnergyWeightMassMade fromthe remainsof ancientorganismsStaticfrictionNewton's3rd LawKineticSlidingfrictionRenewablep= mX vFreeFallIf forces act in thesame directionyou must add theforces todetermine netforceFossilFuelsOilCoalLaw ofUniversalGravitationAcceleration ofobjectincreases asforce exertedon objectincreasesTerminalVelocityCentripetalForceAccelerationequal insize,opposite indirectionNonrenewableVelocityhas nodirection,speed doesInertiaFinal velocity-startingvelocity/time ittakes to changev elocityLaw ofConservationof EnergyWeightMassMade fromthe remainsof ancientorganismsStaticfrictionNewton's3rd LawKineticSlidingfrictionRenewablep= mX vFreeFallIf forces act in thesame directionyou must add theforces todetermine netforceFossilFuelsOilCoalLaw ofUniversalGravitationAcceleration ofobjectincreases asforce exertedon objectincreasesTerminalVelocityCentripetalForceAcceleration

8th Grade Science Bingo 4 - 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. equal in size, opposite in direction
  2. Nonrenewable
  3. Velocity has no direction, speed does
  4. Inertia
  5. Final velocity-starting velocity/time it takes to change v elocity
  6. Law of Conservation of Energy
  7. Weight
  8. Mass
  9. Made from the remains of ancient organisms
  10. Static friction
  11. Newton's 3rd Law
  12. Kinetic Sliding friction
  13. Renewable
  14. p= m X v
  15. Free Fall
  16. If forces act in the same direction you must add the forces to determine net force
  17. Fossil Fuels
  18. Oil
  19. Coal
  20. Law of Universal Gravitation
  21. Acceleration of object increases as force exerted on object increases
  22. Terminal Velocity
  23. Centripetal Force
  24. Acceleration