Speedrate atwhich anobject ismovingNetforcethe overallforce onan objectrotationtransformationwhere a figureis turnedaround a pointforceterm todescribe apush or pullon an objectdistancehow faran objecttravels12.5m/sFind speed:100 metersin 8 secondsNewton's1st Lawof Motionobject at rest,stays at restand inmotion, staysin motiondilationtransformationthat stretchesor shrinks anoriginal figureNewton's3rd Lawof Motionevery actionhas oppositean equalreactiontimehow long ittakes anobject tomove adistancef=m*aNewton's2nd Lawbalancedequalforcesunbalancedunequalforces20mphCalculatespeed:100 milesin 5 hours2500NCalculateforce:250kgaccelerates10m/sdecelerationa negativevalue foraccelerationmeans...accelerationrate ofchange ofvelocity(speed up orslow down)frictionresistancebetween twoobjects whenthey move overeach othergravityforce thatpulls allobjectsdistance/timeHow doyoucalculatespeed?reflectiontransformationwhere figure isreflected/flippedacross a linetranslationtransformationthat shifts eachpoint of a figurethe samedistance anddirectionvelocityspeed ina givendirectioninertiaobject'stendency toresist achange inmotionSpeedrate atwhich anobject ismovingNetforcethe overallforce onan objectrotationtransformationwhere a figureis turnedaround a pointforceterm todescribe apush or pullon an objectdistancehow faran objecttravels12.5m/sFind speed:100 metersin 8 secondsNewton's1st Lawof Motionobject at rest,stays at restand inmotion, staysin motiondilationtransformationthat stretchesor shrinks anoriginal figureNewton's3rd Lawof Motionevery actionhas oppositean equalreactiontimehow long ittakes anobject tomove adistancef=m*aNewton's2nd Lawbalancedequalforcesunbalancedunequalforces20mphCalculatespeed:100 milesin 5 hours2500NCalculateforce:250kgaccelerates10m/sdecelerationa negativevalue foraccelerationmeans...accelerationrate ofchange ofvelocity(speed up orslow down)frictionresistancebetween twoobjects whenthey move overeach othergravityforce thatpulls allobjectsdistance/timeHow doyoucalculatespeed?reflectiontransformationwhere figure isreflected/flippedacross a linetranslationtransformationthat shifts eachpoint of a figurethe samedistance anddirectionvelocityspeed ina givendirectioninertiaobject'stendency toresist achange inmotion

Newton's Laws - 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.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
  1. rate at which an object is moving
    Speed
  2. the overall force on an object
    Net force
  3. transformation where a figure is turned around a point
    rotation
  4. term to describe a push or pull on an object
    force
  5. how far an object travels
    distance
  6. Find speed: 100 meters in 8 seconds
    12.5m/s
  7. object at rest, stays at rest and in motion, stays in motion
    Newton's 1st Law of Motion
  8. transformation that stretches or shrinks an original figure
    dilation
  9. every action has opposite an equal reaction
    Newton's 3rd Law of Motion
  10. how long it takes an object to move a distance
    time
  11. Newton's 2nd Law
    f=m*a
  12. equal forces
    balanced
  13. unequal forces
    unbalanced
  14. Calculate speed: 100 miles in 5 hours
    20 mph
  15. Calculate force: 250kg accelerates 10m/s
    2500 N
  16. a negative value for acceleration means...
    deceleration
  17. rate of change of velocity (speed up or slow down)
    acceleration
  18. resistance between two objects when they move over each other
    friction
  19. force that pulls all objects
    gravity
  20. How do you calculate speed?
    distance/time
  21. transformation where figure is reflected/flipped across a line
    reflection
  22. transformation that shifts each point of a figure the same distance and direction
    translation
  23. speed in a given direction
    velocity
  24. object's tendency to resist a change in motion
    inertia