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The Scientific Process

Sally Lancaster 4 questions

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Questions in this quiz (4)

  1. 1Scientific Theories (ones which can be tested):
    1. Ask a [blank_start]question[blank_end] about [blank_start]why[blank_end] something happens or [blank_start]how[blank_end] something works.
    2. Suggest an [blank_start]answer[blank_end], or part of an answer, by forming a [blank_start]theory[blank_end] (a possible explanation of o[blank_start]bservations[blank_end]). Scientists sometimes form a m[blank_start]odel[blank_end] too which is a simplified picture of what's going on.
    3. Make a p[blank_start]rediction[blank_end] or h[blank_start]ypothesis[blank_end] - a specific t[blank_start]estable[blank_end] statement, based on the theory, about what will happen in a test situation.
    4. Carry out a t[blank_start]est[blank_end] - to provide [blank_start]evidence[blank_end] that will support the prediction (or help disprove it).
    Image for question 1
    1. Aquestion
    2. Bwhy
    3. Chow
    4. Danswer
    5. Etheory
    6. Fbservations
    7. Godel
    8. Hrediction
    9. Iypothesis
    10. Jestable
    11. Kest
    12. Levidence
  2. 2Results:
    - The results are published as [blank_start]reports[blank_end] in scientific [blank_start]journals[blank_end].
    - It's important that the [blank_start]integrity[blank_end] (trustworthiness) of the reports published in scientific journals is [blank_start]checked[blank_end]. Scientists might be dishonest or [blank_start]biased[blank_end], or an investigation might have made [blank_start]invalid[blank_end] conclusions.
    - The report is sent out to [blank_start]peers[blank_end] - other scientists that are experts in the same area. They examine the [blank_start]data[blank_end] and results, and if they think the conclusion is reasonable it's [blank_start]published[blank_end]. This ensures that work published in scientific journals is of a [blank_start]good standard[blank_end] and the process is known as [blank_start]peer review[blank_end].
    - Peer review can't guarantee the science is [blank_start]correct[blank_end] - other scientists still need to [blank_start]reproduce[blank_end] it.
    - Sometimes mistakes are made and bad work is published. Peer review isn't perfect but it's probably the best way for scientists to [blank_start]self-regulate[blank_end] their work and to publish [blank_start]quality[blank_end] results.
    - Other scientists then read the published theories and results and try to [blank_start]test[blank_end] the theory themselves. They [blank_start]repeat[blank_end] the [blank_start]exact same[blank_end] experiments and use the theory to make [blank_start]new predictions[blank_end] and test them with [blank_start]new experiments[blank_end].
    Image for question 2
    1. Areports
    2. Bjournals
    3. Cintegrity
    4. Dchecked
    5. Ebiased
    6. Finvalid
    7. Gpeers
    8. Hdata
    9. Ipublished
    10. Jgood standard
    11. Kpeer review
    12. Lreproduce
    13. Mcorrect
    14. Nself-regulate
    15. Oquality
    16. Ptest
    17. Qrepeat
    18. Rexact same
    19. Sdifferent
    20. Tnew predictions
    21. Unew experiments
  3. 3Evidence:
    - If all the experiments in all the world provide good [blank_start]evidence[blank_end] to back it up, the theory is thought as scientific "[blank_start]fact[blank_end]" (for now).
    - However, it will never become totally in[blank_start]disputable[blank_end] fact. Scientific b[blank_start]reakthroughs[blank_end] or advances could provide new ways to question and test the theory, which could lead to [blank_start]new[blank_end] evidence which c[blank_start]onflicts[blank_end] with the current evidence so the testing would have to start all over [blank_start]again[blank_end].
    - Evidence comes from controlled lab [blank_start]experiments[blank_end]. A lab is the easiest place to control [blank_start]variables[blank_end] so that they're all kept constant (except for the one you're investigating).
    - You always need to make your experiments as [blank_start]controlled[blank_end] as possible so you can be confident that any effects you see are linked to the variable you're [blank_start]changing[blank_end].
    - If you do find a relationship, you need to be careful what you conclude. You need to decide whether the effect you're seeing is [blank_start]caused[blank_end] [blank_start]by[blank_end] changing a variable (i.e. c[blank_start]asual[blank_end] relationship), or whether the two are just c[blank_start]orrelated[blank_end].
    Image for question 3
    1. Aevidence
    2. Bfact
    3. Cdisputable
    4. Dreakthroughs
    5. Enew
    6. Fonflicts
    7. Gagain
    8. Hexperiments
    9. Ivariables
    10. Jcontrolled
    11. Kchanging
    12. Lcaused
    13. Mby
    14. Nasual
    15. Oorrelated
  4. 4Society Makes Decisions Based on Scientific Evidence:
    Lots of scientific work eventually leads to important [blank_start]discoveries[blank_end] or breakthroughs that could [blank_start]benefit[blank_end] humankind. These results are used by society to make [blank_start]decisions[blank_end]. Other factors can [blank_start]influence[blank_end] decisions about science or the way science is used.
    1. [blank_start]Economic[blank_end] factors - society has to consider the [blank_start]cost[blank_end] of implementing [blank_start]changes[blank_end] based on scientific conclusions. Scientific [blank_start]research[blank_end] is often [blank_start]expensive[blank_end]. E.g. the Government has to [blank_start]justify[blank_end] spending money on things like astronomy rather than spending it on the NHS or schools.
    2. [blank_start]Social[blank_end] factors - decisions affect people's [blank_start]lives[blank_end]. E.g. a nuclear power station will affect the lives of people in the [blank_start]surrounding area[blank_end].
    3. [blank_start]Environmental[blank_end] factors - not doing things that may harm [blank_start]wildlife[blank_end] or the environment or increase [blank_start]carbon[blank_end] emissions/add to [blank_start]global warming[blank_end].
    Image for question 4
    1. Adiscoveries
    2. Bbenefit
    3. Cdecisions
    4. Dinfluence
    5. EEconomic
    6. FSocial
    7. GEnvironmental
    8. Hcost
    9. Ichanges
    10. Jresearch
    11. Kexpensive
    12. Ljustify
    13. Mlives
    14. Nsurrounding area
    15. Owildlife
    16. Pcarbon
    17. Qglobal warming

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Description
AS - Level Sally's Physics Quiz on The Scientific Process, created by Sally Lancaster on 27/04/2016.
Language
English
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