7How issedimentaryrock formed?4igneous,sedimentaryandmetamorphic10The rateof the flowof charge8How isigneous rockformed?6what iscurrent?11existing rock isburied andexperienceshigh heat andpressure13True or false:all metalsare magnets5How ismetamorphicrock formed?1Name thethree maintypes of rock12True or false:resistance isthe oppositionto the flow ofcurrent15True16False3Definepotentialdifference9Lava(magma)cools14The energytransferred, to acomponent, perunit of charge,between twopoints in a circuit.2weathering,erosion,deposition andcompaction ofexisting rock7How issedimentaryrock formed?4igneous,sedimentaryandmetamorphic10The rateof the flowof charge8How isigneous rockformed?6what iscurrent?11existing rock isburied andexperienceshigh heat andpressure13True or false:all metalsare magnets5How ismetamorphicrock formed?1Name thethree maintypes of rock12True or false:resistance isthe oppositionto the flow ofcurrent15True16False3Definepotentialdifference9Lava(magma)cools14The energytransferred, to acomponent, perunit of charge,between twopoints in a circuit.2weathering,erosion,deposition andcompaction ofexisting rock

circuits, rock cycle - 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. 7 How is sedimentary rock formed?
  2. 4 igneous, sedimentary and metamorphic
  3. 10 The rate of the flow of charge
  4. 8 How is igneous rock formed?
  5. 6 what is current?
  6. 11 existing rock is buried and experiences high heat and pressure
  7. 13 True or false: all metals are magnets
  8. 5 How is metamorphic rock formed?
  9. 1 Name the three main types of rock
  10. 12 True or false: resistance is the opposition to the flow of current
  11. 15 True
  12. 16 False
  13. 3 Define potential difference
  14. 9 Lava (magma) cools
  15. 14 The energy transferred, to a component, per unit of charge, between two points in a circuit.
  16. 2 weathering, erosion, deposition and compaction of existing rock