controlrangenumber ofdata pointsin the controlgroupplantmeasurementdiagramArabidopsisfull nameexperimentalmedianDatefor Day1hypothesisfor Day 2experimentalrangedid the errorbarsoverlap inour results?whichstats testwe usedlowerconfidenceintervalshape ofdistributionmeandifferencecontrolmedianupperconfidenceintervalnumber ofdata pointsin theexperimentalgroupexperimentalstandarddeviationpastliteraturecaffeineeffectshow wemeasuredgrowthwhichvariableare we nottesting?did wehavesignificantresults?resultsdiagramwhat yearare both ofour citedarticlesfrom?Datefor Day2hypothesisfor Day 1pvalueexperimentalmeanwhy weusedArabidopsisexperimentaldesigndiagramcontrolmeancontrolstandarddeviationcontrolrangenumber ofdata pointsin the controlgroupplantmeasurementdiagramArabidopsisfull nameexperimentalmedianDatefor Day1hypothesisfor Day 2experimentalrangedid the errorbarsoverlap inour results?whichstats testwe usedlowerconfidenceintervalshape ofdistributionmeandifferencecontrolmedianupperconfidenceintervalnumber ofdata pointsin theexperimentalgroupexperimentalstandarddeviationpastliteraturecaffeineeffectshow wemeasuredgrowthwhichvariableare we nottesting?did wehavesignificantresults?resultsdiagramwhat yearare both ofour citedarticlesfrom?Datefor Day2hypothesisfor Day 1pvalueexperimentalmeanwhy weusedArabidopsisexperimentaldesigndiagramcontrolmeancontrolstandarddeviation

Arabidopsis Bingo - 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. control range
  2. number of data points in the control group
  3. plant measurement diagram
  4. Arabidopsis full name
  5. experimental median
  6. Date for Day 1
  7. hypothesis for Day 2
  8. experimental range
  9. did the error bars overlap in our results?
  10. which stats test we used
  11. lower confidence interval
  12. shape of distribution
  13. mean difference
  14. control median
  15. upper confidence interval
  16. number of data points in the experimental group
  17. experimental standard deviation
  18. past literature caffeine effects
  19. how we measured growth
  20. which variable are we not testing?
  21. did we have significant results?
  22. results diagram
  23. what year are both of our cited articles from?
  24. Date for Day 2
  25. hypothesis for Day 1
  26. p value
  27. experimental mean
  28. why we used Arabidopsis
  29. experimental design diagram
  30. control mean
  31. control standard deviation