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C1 - Particles

sophie gammon 4 questions

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Questions in this quiz (4)

  1. 1All stuff is made of [blank_start]particles[blank_end] (molecules, ions or atoms). The [blank_start]forces[blank_end] between these particles can be weak or strong, depending on whether it's a [blank_start]solid[blank_end], [blank_start]liquid[blank_end] or a [blank_start]gas[blank_end].
    1. Aparticles
    2. Bforces
    3. Csolid
    4. Dliquid
    5. Egas
  2. 21) There are [blank_start]strong[blank_end] [blank_start]forces[blank_end] of attraction between particles, which hold them in [blank_start]fixed[blank_end] [blank_start]positions[blank_end] in a very regular [blank_start]lattice[blank_end] [blank_start]arrangement[blank_end].
    2) The particles [blank_start]don't move[blank_end] from their positions, so all solids keep a [blank_start]definite shape[blank_end] and [blank_start]volume[blank_end], and don't flow like liquids.
    3) The particles [blank_start]vibrate[blank_end] about their positions - the [blank_start]hotter[blank_end] the solid becomes, the [blank_start]more[blank_end] they vibrate (causing solids to [blank_start]expand[blank_end] slightly when heated).
    4) If you [blank_start]heat[blank_end] the solid (give the particles [blank_start]more energy[blank_end]), eventually the solid will [blank_start]melt[blank_end] and become [blank_start]liquid[blank_end].
    1. Astrong
    2. Bforces
    3. Cfixed
    4. Drandom
    5. Epositions
    6. Flattice
    7. Garrangement
    8. Hdon't move
    9. Imove
    10. Jdefinite shape
    11. Kvolume
    12. Lsurface area
    13. Mvibrate
    14. Nhotter
    15. Ocolder
    16. Pmore
    17. Qless
    18. Rexpand
    19. Sheat
    20. Tmore energy
    21. Uless energy
    22. Vmelt
    23. Wliquid
  3. 31) There is [blank_start]some force[blank_end] of attraction between the particles. They're [blank_start]free[blank_end] to [blank_start]move[blank_end] past each other, but they do tend to [blank_start]stick together[blank_end].
    2) Liquids [blank_start]don't[blank_end] keep a [blank_start]definite shape[blank_end] and will flow to fill the bottom of a container. But they do keep the [blank_start]same volume[blank_end].
    3) The particles are [blank_start]constantly[blank_end] moving with [blank_start]random motion[blank_end]. The [blank_start]hotter[blank_end] the liquid gets, the [blank_start]faster[blank_end] they move. This causes liquids to [blank_start]expand[blank_end] slightly when heated.
    4) If you [blank_start]cool[blank_end] a liquid, it will [blank_start]freeze[blank_end] and become [blank_start]solid[blank_end]. If you [blank_start]heat[blank_end] a liquid enough, it evaporates (or [blank_start]boils[blank_end]) and becomes a [blank_start]gas[blank_end].
    1. Asome force
    2. Bfree
    3. Cmove
    4. Dstick together
    5. Edon't
    6. Fdefinite shape
    7. Gsame volume
    8. Hconstantly
    9. Irandom motion
    10. Jhotter
    11. Kfaster
    12. Lexpand
    13. Mcool
    14. Nfreeze
    15. Osolid
    16. Pheat
    17. Qboils
    18. Rgas
  4. 41)There's next to [blank_start]no force[blank_end] of attraction between the particles - they're [blank_start]free[blank_end] to [blank_start]move[blank_end]. They travel in [blank_start]straight lines[blank_end] and only interact [blank_start]when they collide[blank_end].
    2) Gases [blank_start]don't[blank_end] keep in a definite [blank_start]shape[blank_end] or [blank_start]volume[blank_end] and will always [blank_start]fill[blank_end] any container. When particles bounce of the walls of a container, they exert a [blank_start]pressure[blank_end] on the walls.
    3) The particles move [blank_start]constantly[blank_end] with [blank_start]random motion[blank_end]. The [blank_start]hotter[blank_end] the gas gets, the [blank_start]faster[blank_end] they move. Gases either [blank_start]expand[blank_end] when heated, or their [blank_start]pressure increases[blank_end].
    4) If you [blank_start]cool[blank_end] a gas, it will [blank_start]condense[blank_end] and become a liquid.
    1. Ano force
    2. Bfree
    3. Cmove
    4. Dstraight lines
    5. Ewhen they collide
    6. Fdon't
    7. Gshape
    8. Hvolume
    9. Ifill
    10. Jpressure
    11. Kconstantly
    12. Lrandom motion
    13. Mhotter
    14. Nfaster
    15. Oexpand
    16. Ppressure increases
    17. Qcool
    18. Rcondense

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Description
GCSE Chemistry Quiz on C1 - Particles, created by sophie gammon on 11/04/2019.
Language
English
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