BioacousticsThe studyof soundmade bywildlifeInvisibleSpectrum Thecolors wecanNOTsee.SolarCellsThin platesthat turnsolar energydirectly intoelectricity.AccelerationThe changein speed anddirectionsomething isgoing.SupersonicSpeedThe speedat whichsoundtravels.VisibleSpectrumThecolors wecan see.Mach1The speed ofanythingtravelingfaster than760 mph.Newton’s1st lawof motionSomething at rest orin motion in a straightline prefers to staythat way unlesssomething forces it tomove or stop moving.RadiantEnergyDescriptionof how lightspreads outin alldirections.Newton’s2ndlaw ofmotionForce causes anobject to changespeed or direction;this change isresisted by the massof the object.186,000Miles PerSecondThespeedof light.TractionThe frictionbetween twoobjects that keepsthem from slidingacross each otherOpaque How wedescribe anobject thatlight can’tpass through.MechanicsThestudy ofmotion.ShadowAn area ofblockedlight.TransparentHow wedescribe amaterial thatallows nearly allthe light to passthrough.Electro-magneticEnergyEnergy thattravels throughspace andreaches us asheat, light, andradiation.LubricantA substancethat reducesfriction.Newton’s3rd lawof motionFor everyaction there’san equal andoppositereaction.ConductTo leadsomethingfrom oneplace toanother.HydropowerA source ofenergy madefrom fallingwater.WindEnergyA source ofelectricitymade frommoving air.RenewableEnergyEnergymade fromsources thatdon’t run out.SonarA system thatuses high-frequencyultrasonicwaves.BioacousticsThe studyof soundmade bywildlifeInvisibleSpectrum Thecolors wecanNOTsee.SolarCellsThin platesthat turnsolar energydirectly intoelectricity.AccelerationThe changein speed anddirectionsomething isgoing.SupersonicSpeedThe speedat whichsoundtravels.VisibleSpectrumThecolors wecan see.Mach1The speed ofanythingtravelingfaster than760 mph.Newton’s1st lawof motionSomething at rest orin motion in a straightline prefers to staythat way unlesssomething forces it tomove or stop moving.RadiantEnergyDescriptionof how lightspreads outin alldirections.Newton’s2ndlaw ofmotionForce causes anobject to changespeed or direction;this change isresisted by the massof the object.186,000Miles PerSecondThespeedof light.TractionThe frictionbetween twoobjects that keepsthem from slidingacross each otherOpaque How wedescribe anobject thatlight can’tpass through.MechanicsThestudy ofmotion.ShadowAn area ofblockedlight.TransparentHow wedescribe amaterial thatallows nearly allthe light to passthrough.Electro-magneticEnergyEnergy thattravels throughspace andreaches us asheat, light, andradiation.LubricantA substancethat reducesfriction.Newton’s3rd lawof motionFor everyaction there’san equal andoppositereaction.ConductTo leadsomethingfrom oneplace toanother.HydropowerA source ofenergy madefrom fallingwater.WindEnergyA source ofelectricitymade frommoving air.RenewableEnergyEnergymade fromsources thatdon’t run out.SonarA system thatuses high-frequencyultrasonicwaves.

Apologia Physic Lessons 6-10 Part 2 - 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. The study of sound made by wildlife
    Bioacoustics
  2. The colors we canNOT see.
    Invisible Spectrum
  3. Thin plates that turn solar energy directly into electricity.
    Solar Cells
  4. The change in speed and direction something is going.
    Acceleration
  5. The speed at which sound travels.
    Supersonic Speed
  6. The colors we can see.
    Visible Spectrum
  7. The speed of anything traveling faster than 760 mph.
    Mach 1
  8. Something at rest or in motion in a straight line prefers to stay that way unless something forces it to move or stop moving.
    Newton’s 1st law of motion
  9. Description of how light spreads out in all directions.
    Radiant Energy
  10. Force causes an object to change speed or direction; this change is resisted by the mass of the object.
    Newton’s 2nd law of motion
  11. The speed of light.
    186,000 Miles Per Second
  12. The friction between two objects that keeps them from sliding across each other
    Traction
  13. How we describe an object that light can’t pass through.
    Opaque
  14. The study of motion.
    Mechanics
  15. An area of blocked light.
    Shadow
  16. How we describe a material that allows nearly all the light to pass through.
    Transparent
  17. Energy that travels through space and reaches us as heat, light, and radiation.
    Electro-magnetic Energy
  18. A substance that reduces friction.
    Lubricant
  19. For every action there’s an equal and opposite reaction.
    Newton’s 3rd law of motion
  20. To lead something from one place to another.
    Conduct
  21. A source of energy made from falling water.
    Hydropower
  22. A source of electricity made from moving air.
    Wind Energy
  23. Energy made from sources that don’t run out.
    Renewable Energy
  24. A system that uses high-frequency ultrasonic waves.
    Sonar