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外国語教育（研究）における量的データの視覚化と解釈

Bac20b7719109838d6be162a560272a0?s=47 Ken Urano
August 06, 2019
Education
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600

 外国語教育（研究）における量的データの視覚化と解釈

FLEAT VII (LET2019) ワークショップ
2019/08/06
@早稲田大学

Bac20b7719109838d6be162a560272a0?s=128

Ken Urano

August 06, 2019
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Transcript

  1. ֎ࠃޠڭҭʢݚڀʣʹ͓͚Δ ྔతσʔλͷࢹ֮Խͱղऍ Ӝ໺ ݚʢ๺ւֶԂେֶʣ email: urano@hgu.jp FLEAT VII / LET2019

    @ Waseda University ɹɹ2019. 8. 6. https://www.urano-ken.com/research/let2019

  2. ຊ೔ͷࢿྉ

  3. ֎ࠃޠڭҭʹܞΘΔࢲͨͪ͸ɺݚڀʹ͓͍͚ͯͩͰͳ ͘ɺςετ΍੒੷ॲཧͱ͍ͬͨ৔໘Ͱ೔͝Ζ͔Β਺ྔԽ ͞ΕͨσʔλΛѻ͍ͬͯ·͢ɻຊϫʔΫγϣοϓͰ͸ɺ ڭҭ΍ݚڀͰྔతσʔλΛѻ͏ࡍʹ·ͣߦ͏΂͖σʔλ ͷࢹ֮Խͱɺσʔλͷಛ௃Λཧղ͢ΔͨΊͷجຊతͳ֓ ೦ͱͯ͠ͷ୅ද஋ɾ෼෍ɾޮՌྔͷҙຯʹֶ͍ͭͯͼɺ ϑϦʔͰΦʔϓϯιʔεͷ౷ܭιϑτ jamovi Λ࢖ͬͯɺ ࣮ࡍʹσʔλͷ؆୯ͳ෼ੳ͕Ͱ͖ΔΑ͏ʹͳΔ͜ͱΛ໨

    ࢦ͠·͢ɻ ཁࢫ

  4. ՍۭͷσʔλΛ ༻ҙ͠·ͨ͠

  5. Name* Test A খ૔ ರ 70 Տ੢ େޒ࿠ 38 খਿ

    Ꮺ 58 ௶Ҫ ج༞ 48 ӬҪ ج༞ 28 ڮޱ ๏࢚ 54 ݪ ཽ໵ 58 ޿੉ ༎ 38 ౻ా ࢰಐ 42 ຊؒ խ඙ 47 ٶ࡚ ৎ༤ 78 ଜҪ ࿣࿠ 68 ࢁ࡚ ޹ଠ࿠ 40 ԣҪ ޛࢤ 50 ґా ༸հ 68 एࢁ ప 57 ༗അ Ղ೫ 64 ࿨ઘ ګࢠ 76 ؠҪ ඒՂ 43 ߐ઒ ༝Ӊ 90 ਆ୩ ࣿق 58 ๺઒ ઍՂࢠ 38 ࡔా Ѫࡊ 38 ਿా ඒՂ 43 ⁋ຊ ᜫ 58 ౔୩ ே߳ 60 Ӭ੉ ͘ΔΈ 48 দ໦ ಹಸ 45 ଜҪ ݁ࢠ 24 ए௬ ·Έ 36 *ʮͳΜͪΌͬͯݸਓ৘ใʯͰੜ੒ http://kazina.com/dummy/

  6. Group A Test A খ૔ ರ 70 Տ੢ େޒ࿠ 38

    খਿ Ꮺ 58 ௶Ҫ ج༞ 48 ӬҪ ج༞ 28 ڮޱ ๏࢚ 54 ݪ ཽ໵ 58 ޿੉ ༎ 38 ౻ా ࢰಐ 42 ຊؒ խ඙ 47 ٶ࡚ ৎ༤ 78 ଜҪ ࿣࿠ 68 ࢁ࡚ ޹ଠ࿠ 40 ԣҪ ޛࢤ 50 ґా ༸հ 68 एࢁ ప 57 ༗അ Ղ೫ 64 ࿨ઘ ګࢠ 76 ؠҪ ඒՂ 43 ߐ઒ ༝Ӊ 90 ਆ୩ ࣿق 58 ๺઒ ઍՂࢠ 38 ࡔా Ѫࡊ 38 ਿా ඒՂ 43 ⁋ຊ ᜫ 58 ౔୩ ே߳ 60 Ӭ੉ ͘ΔΈ 48 দ໦ ಹಸ 45 ଜҪ ݁ࢠ 24 ए௬ ·Έ 36 Group B Test A ؠӬ ࿡࿠ 52 ২໦ ҭೋ 59 ย੉ ཽ໵ 61 ࡔݩ ᠳଠ 76 ౡଜ ༏ 45 ৓ా ௕ར 68 ௕୔ ஌࢙ 63 দҪ Ұಙ 69 ࡾݪ ༟࣍࿠ 43 क԰ ཽ࣍ 51 ੨໺ Έ͋ 36 ஑୩ ༏ 51 ؠ୩ ౧ࢠ 39 ্ݪ ܠࢠ 71 ߐޱ Ί͙Έ 26 ٴ઒ ͳͭΈ 79 େ௩ ·͞Έ 55 Ԭ໺ ࿏ࢠ 61 ֯ా ౧ࢠ 89 ઒୺ ݁ҥ 51 ਆށ ࡊʑඒ 71 ֎ࢁ Έ͋ 63 রҪ Έ͖ 41 ࠜ؛ ༏ 41 ࠜ؛ ྱࢠ 83 Ӌా ѥر 93 ෱࢜ ΈΏ͖ 47 ෍ࢪ ༑߳ 37 ଜా จੈ 52 ٢Ӭ ܙས߳ 41

  7. Group A Test A খ૔ ರ 70 Տ੢ େޒ࿠ 38

    খਿ Ꮺ 58 ௶Ҫ ج༞ 48 ӬҪ ج༞ 28 ڮޱ ๏࢚ 54 ݪ ཽ໵ 58 ޿੉ ༎ 38 ౻ా ࢰಐ 42 ຊؒ խ඙ 47 ٶ࡚ ৎ༤ 78 ଜҪ ࿣࿠ 68 ࢁ࡚ ޹ଠ࿠ 40 ԣҪ ޛࢤ 50 ґా ༸հ 68 एࢁ ప 57 ༗അ Ղ೫ 64 ࿨ઘ ګࢠ 76 ؠҪ ඒՂ 43 ߐ઒ ༝Ӊ 90 ਆ୩ ࣿق 58 ๺઒ ઍՂࢠ 38 ࡔా Ѫࡊ 38 ਿా ඒՂ 43 ⁋ຊ ᜫ 58 ౔୩ ே߳ 60 Ӭ੉ ͘ΔΈ 48 দ໦ ಹಸ 45 ଜҪ ݁ࢠ 24 ए௬ ·Έ 36 Group B Test A ؠӬ ࿡࿠ 52 ২໦ ҭೋ 59 ย੉ ཽ໵ 61 ࡔݩ ᠳଠ 76 ౡଜ ༏ 45 ৓ా ௕ར 68 ௕୔ ஌࢙ 63 দҪ Ұಙ 69 ࡾݪ ༟࣍࿠ 43 क԰ ཽ࣍ 51 ੨໺ Έ͋ 36 ஑୩ ༏ 51 ؠ୩ ౧ࢠ 39 ্ݪ ܠࢠ 71 ߐޱ Ί͙Έ 26 ٴ઒ ͳͭΈ 79 େ௩ ·͞Έ 55 Ԭ໺ ࿏ࢠ 61 ֯ా ౧ࢠ 89 ઒୺ ݁ҥ 51 ਆށ ࡊʑඒ 71 ֎ࢁ Έ͋ 63 রҪ Έ͖ 41 ࠜ؛ ༏ 41 ࠜ؛ ྱࢠ 83 Ӌా ѥر 93 ෱࢜ ΈΏ͖ 47 ෍ࢪ ༑߳ 37 ଜా จੈ 52 ٢Ӭ ܙས߳ 41 ൺ΂ͯΈΑ͏ How?

  8. ᶃ ਤʹͯ͠ΈΑ͏

  9. ώετάϥϜ (Histogram) B A 20 40 60 80 100 Score

    Group

  10. ๘܈ਤ (Beeswarm) 20 40 60 80 A B Group Score

  11. ശͻ͛ਤ (Box Plot) 20 40 60 80 A B Group

    Score

  12. ϰΝΠΦϦϯਤ (Violin Plot) 20 40 60 80 A B Group

    Score

  13. ֬཰ີ౓ (Density) B A 30 60 90 Score Group

  14. ֬཰ີ౓ (Density) B A 30 60 90 Score Group

  15. ਤʹͯ͠ΈΑ͏ • ऩूͨ͠σʔλʹͲͷΑ͏ͳಛ௃͕͋Δ͔ɺ ͬ͘͟Γ೺Ѳ͢Δ͜ͱ͕Ͱ͖Δɻ • ໨ͰݟΔ͚ͩͳͷͰɺݫີͳൺֱ΍෼ੳʹ͸ ద͞ͳ͍ɻ

  16. ᶄ ཁ໿ͯ͠ΈΑ͏

  17. σʔλͷத৺ͱ ͹Β͖ͭ σʔλͷத৺

  18. ฏۉ஋ ͢΂ͯͷσʔλͷ߹ܭΛσʔλͷݸ਺Ͱ ׂͬͨ΋ͷ தԝ஋ ͢΂ͯͷσʔλΛখ͍͞ॱʢ·ͨ͸େ͖͍ ॱʣʹฒ΂ͨͱ͖ɺਅΜதʹདྷΔ஋ ࠷ස஋ ͢΂ͯͷσʔλͷதͰग़ݱճ਺͕࠷΋ଟ͍ ஋ σʔλͷத৺

  19. Group A Group B ฏۉ஋ 52.1 57.1 தԝ஋ 49.0 53.5

    ࠷ස஋ 38, 58 41, 51 σʔλͷத৺

  20. ඪ४ภࠩ σʔλͷ͹Β͖ͭ

  21. • ݸʑͷ਺஋ͱฏۉ஋ͱͷࠩΛ̎৐͠ɺ
 ͦͷ߹ܭΛσʔλͷ਺Ͱׂͬͨ΋ͷͷฏํࠜ Group A Test A খ૔ ರ 70

    Տ੢ େޒ࿠ 38 খਿ Ꮺ 58 ௶Ҫ ج༞ 48 ӬҪ ج༞ 28 ڮޱ ๏࢚ 54 ݪ ཽ໵ 58 ޿੉ ༎ 38 ౻ా ࢰಐ 42 (70–52.1)2 = 320.4 (38–52.1)2 = 198.8 (58–52.1)2 = 034.8 . . . ߹ܭ 6828.7 / 30 = 227.6 √ 227.6 = 15.1 Group A ฏۉ஋ 52.1 ←ʢ෼ࢄʣ ඪ४ภࠩ

  22. • ݸʑͷ਺஋ͱฏۉ஋ͱͷࠩΛ̎৐͠ɺ
 ͦͷ߹ܭΛσʔλͷ਺Ͱׂͬͨ΋ͷͷฏํࠜ Group A Test A খ૔ ರ 70

    Տ੢ େޒ࿠ 38 খਿ Ꮺ 58 ௶Ҫ ج༞ 48 ӬҪ ج༞ 28 ڮޱ ๏࢚ 54 ݪ ཽ໵ 58 ޿੉ ༎ 38 ౻ా ࢰಐ 42 (70–52.1)2 = 320.4 (38–52.1)2 = 198.8 (58–52.1)2 = 034.8 . . . ߹ܭ 6828.7 / 30 = 227.6 √ 227.6 = 15.1 Group A ฏۉ஋ 52.1 ඪ४ภࠩ 15.1 ←ʢ෼ࢄʣ ඪ४ภࠩ

  23. 0 20 40 60 80 100 0.00 0.01 0.02 0.03

    0.04 0 20 40 60 80 100 0.00 0.01 0.02 0.03 0.04 ฏۉ஋ = 50 ͷ৔߹ ඪ४ภࠩ = 10 ඪ४ภࠩ = 20 34.1% 13.6% 34.1% 34.1% 13.6% 34.1% 13.6% 13.6% ඪ४ภࠩ

  24. 0 20 40 60 80 100 0.00 0.01 0.02 0.03

    0.04 0 20 40 60 80 100 0.00 0.01 0.02 0.03 0.04 ฏۉ஋ = 50 ͷ৔߹ ඪ४ภࠩ = 10 ඪ४ภࠩ = 20 ඪ४ภࠩ

  25. ʢ٢ా, 1998, p. 173ʣ ඪ४ภࠩ

  26. ʢ٢ా, 1998, p. 173ʣ ࠩ͸ಉ͡ ඪ४ภࠩ

  27. ॏͳΓͷྔ͕ҧ͏ ඪ४ภࠩ

  28. Group A Group B ฏۉ஋ 52.1 57.1 ඪ४ภࠩ 15.1 16.4

  29. Group A Group B 0 20 40 60 80 100

    0.000 0.005 0.010 0.015 0.020 0.025 0.030 0 20 40 60 80 100 0.000 0.005 0.010 0.015 0.020 0.025 0.030

  30. Group A Group B 0 20 40 60 80 100

    0.000 0.005 0.010 0.015 0.020 0.025 0.030 0 20 40 60 80 100 0.000 0.005 0.010 0.015 0.020 0.025 0.030

  31. ฏۉ஋ͷࠩ Group A Group B Group A Group B ฏۉ஋

    52.1 57.1 ඪ४ภࠩ 15.1 16.4 0 20 40 60 80 100 0.000 0.005 0.010 0.015 0.020 0.025 0.030 0 20 40 60 80 100 0.000 0.005 0.010 0.015 0.020 0.025 0.030 ෼෍ͷҧ͍

  32. ݴ͑ͦ͏ͳ͜ͱ • ฏۉ஋ͷൺֱ͚ͩͰ͸ෆे෼ • σʔλͷ෼෍ʢ͹Β͖ͭʣ΋߹Θͤͯݕ౼ • ෼෍ͷॏͳΓ͕গͳ͍ํ͕͕ࠩେ͖͍

  33. ΋͏Ұ౓ൺ΂ͯΈΑ͏ Group A Group B 0 20 40 60 80

    100 0.000 0.005 0.010 0.015 0.020 0.025 0.030 0 20 40 60 80 100 0.000 0.005 0.010 0.015 0.020 0.025 0.030

  34. ΋͏Ұ౓ൺ΂ͯΈΑ͏ 0" 1" 2" 3" 4" 5" 6" 7" 8"

    9" 0,10" 11,20" 21,30" 31,40" 41,50" 51,60" 61,70" 71,80" 81,90" 91,100" Group"A" Group"B" ࣮ࡍͷ෼෍Λϓϩοτͨ͠΋ͷ

  35. ΋͏Ұ౓ൺ΂ͯΈΑ͏ 0" 1" 2" 3" 4" 5" 6" 7" 8"

    9" 0,10" 11,20" 21,30" 31,40" 41,50" 51,60" 61,70" 71,80" 81,90" 91,100" Group"A" Group"B" ͜ͷॏͳΓ͸େ͖͍ͷʁখ͍͞ͷʁ

  36. ࢦඪ͕΄͍͠

  37. ޮՌྔʢEffect Sizeʣ • ޮՌͷେ͖͞Λ͋ΒΘ͢౷ܭతͳࢦඪ
 ʢେٱอɾԬా, 2012, p. 44ʣ

  38. ޮՌྔͷछྨ

  39. • ࠩͷେ͖͞Λද͢ࢦඪʢd ଒ʣ • ؔ܎ͷڧ͞Λද͢ࢦඪʢr ଒ʣ େ͖͘෼͚ͯ̎ͭ

  40. ࠩͷେ͖͞Λද͢ࢦඪ Cohen’s d

  41. pooled SD X X d 2 1 − = ←ɹฏۉͷࠩ

    ←ɹඪ४ภࠩ Cohen’s d ʮ̎ͭͷάϧʔϓͷࠩ͸ඪ४ภࠩԿݸ෼ʯ

  42. pooled SD X X d 2 1 − = |

    52.1 - 57.1| = (15.1 + 16.4) / 2* *ඪຊαΠζ͕ҟͳΔͱ͖ɺSDpooled ͷܭࢉ͸΋͏গ͠ෳࡶʹͳΓ·͢ Group A Group B ฏۉ஋ 52.1 57.1 ඪ४ภࠩ 15.1 16.4 Cohen’s d

  43. pooled SD X X d 2 1 − = 5.0

    = 15.75 *ඪຊαΠζ͕ҟͳΔͱ͖ɺSDpooled ͷܭࢉ͸΋͏গ͠ෳࡶʹͳΓ·͢ Group A Group B ฏۉ஋ 52.1 57.1 ඪ४ภࠩ 15.1 16.4 = 0.32 Cohen’s d

  44. d 0 0.1 0.2 0.3 0.4 0.5 0.6 ॏͳΓ ʢˋʣ

    100 92.3 85.7 78.7 72.6 67 61.8 d 0.7 0.8 0.9 1.0 1.1 1.2 1.3 ॏͳΓ ʢˋʣ 57 52.6 48.4 44.6 41.1 37.8 34.7 ޮՌྔ d ͱ෼෍ͷॏͳΓ

  45. 0" 1" 2" 3" 4" 5" 6" 7" 8" 9"

    0,10" 11,20" 21,30" 31,40" 41,50" 51,60" 61,70" 71,80" 81,90" 91,100" Group"A" Group"B" d = 0.32 ͳͷͰॏͳΓ͸ 3/4 ͙Β͍ ࠶ͼ͜ͷάϥϑ

  46. ͭ·Γ

  47. Group A ͱ Group B ͸ɺ ฏۉ఺ʹ 5 ఺͕ࠩ͋Δ͕ɺ શମͷ

    3/4 ͸ॏͳ͍ͬͯΔɻ

  48. ޮՌྔ d ͱॏͳΓͷؔ܎

  49. pooled SD X X d 2 1 − = ←ɹখ͍͞ํ͕ྑ͍

    ←ɹେ͖͍ํ͕ྑ͍ d ஋͕େ͖͘ͳΔʹ͸ ʮฏۉͷ͕ࠩେ͖͘ɺඪ४ภ͕ࠩখ͘͞ͳΔ ͱɺޮՌྔ͸େ͖͘ͳΔɻʯ

  50. • Cohen (1988) • small: d = 0.2, overlap: 85.7%

    • e.g., 15ࡀͱ16ࡀͷঁࢠͷ਎௕ࠩ • medium: d = 0.5, overlap: 67.0% • e.g., 14ࡀͱ18ࡀͷঁࢠͷ਎௕ࠩ • large: d = 0.8, overlap: 52.6% • e.g., େֶ৽ೖੜͱPhDऔಘऀͷIQࠩ ޮՌྔͷղऍ

  51. • Plonsky & Oswald (2014) • “L2 field-specific benchmarks” ܈ؒൺֱ

    ܈಺ൺֱ small d = 0.40 d = 0.60 medium d = 0.70 d = 1.00 large d = 1.00 d = 1.40 ޮՌྔͷղऍ

  52. ͨͩ͠

  53. • ͜ͷΑ͏ͳࢦඪ͸͋͘·Ͱ໨҆ • ࣮ࡍͷղऍ͸ݚڀऀࣗ਎ͷ੹೚Ͱ

  54. ༗ҙੑݕఆ ॏͳΓͷେ͖͞͸Θ͔͚ͬͨͲɺ
 ͜ͷࠩ͸ۮવʁ

  55. ؍࡯͞Ε͕ͨࠩۮવੜͨ͡΋ͷͰ͋Δ Մೳੑʢ֬཰ʣ ༗ҙੑݕఆ

  56. ʮʢ౷ܭతʣ༗ҙੑʯͱ͸ • ໨ͷલͷσʔλʢඪຊʣ͔ΒΑΓେ͖ͳจ຺ ʢ฼ूஂʣΛਪఆ͢Δ • ඪຊͰ؍࡯͞ΕΔࠩɾؔ܎͕ɺ฼ूஂ͔Βͷ ඪຊநग़࣌ͷޡࠩͰੜ͡Δ֬཰ʢp ஋ʣΛ
 ܭࢉ͢Δ •

    p ஋͕ج४஋ʢྟք஋ʣҎԼͰ͋Ε͹ʮ༗ҙʯ Ͱ͋ΔʢޡࠩͰ͸ͳ͍ʣͱ൑அ͢Δ

  57. ฼ूஂ ඪɹຊ ਪఆ σʔλղੳ Σ, F, t, p... ฼ूஂͱඪຊ

  58. • ͋ΔඪຊͰಘΒΕͨ୅ද஋ʢe.g., ฏۉʣ ͱ฼ूஂͷ୅ද஋ͱͷࠩ ඪຊޡࠩ

  59. ฼ूஂ
 μ = 15.3 ඪຊA
 M = 14.7 ඪຊB
 M

    = 15.9 ඪຊC
 M = 15.2 ඪຊD
 M = 15.4 ඪຊE
 M = 15.1

  60. ฼ूஂ
 μ = 14.7 ඪຊA
 M = 14.7 ࣮ࡍ͸ M

    = μ ͱͯ͠ਪఆ

  61. • ඪຊͷαΠζ͕େ͖͚Ε͹େ͖͍΄Ͳɺ ඪຊޡࠩ͸খ͘͞ͳΔ • ͭ·Γਪఆͷਫ਼౓͕ߴ͘ͳΔ ඪຊޡࠩ

  62. t ݕఆ ← ฏۉͷࠩ ← ඪ४ภࠩ2ͷ࿨
 1 2 2 2

    1 2 1 − + − = n SD SD X X t ↑ ʢ֤܈ͷඪຊαΠζʣ ʢඪຊαΠζ͕౳͍͠৔߹ʣ ʢ٢ా, 1998, p. 186ʣ

  63. ͜Ε͖ͬ͞ݟͨʁ

  64. pooled SD X X d 2 1 − = ←ɹฏۉͷࠩ

    ←ɹඪ४ภࠩ Cohen’s d ʮ͜Εʹ n Λ଍͢ͱ t ͬΆ͍ʂʯ

  65. pooled SD X X d 2 1 − = 1

    2 2 2 1 2 1 − + − = n SD SD X X t ʮt ͸ɺޮՌྔʹඪຊαΠζΛՃຯͨ͠΋ͷʯ

  66. ←ɹখ͍͞ํ͕ྑ͍ ←ɹେ͖͍ํ͕ྑ͍ t ஋͕େ͖͘ͳΔʹ͸ 1 2 2 2 1 2

    1 − + − = n SD SD X X t ↑ɹେ͖͍ํ͕ྑ͍

  67. ࣗ༝౓** 3 4 5 10 20 30 ྟք஋ ྆ଆݕఆ5% 3.182

    2.776 2.571 2.228 2.086 2.042 ࣗ༝౓ 40 50 100 200 500 1,000 ྟք஋ ྆ଆݕఆ5% 2.021 2.009 1.984 1.972 1.965 1.962 *͜ΕΑΓେ͖͍਺஋ͩͬͨΒۮવͰͳ͍ͱΈͳ͢ **n1 +n2 -2 t ͷྟք஋*

  68. 1 2 2 2 1 2 1 − + −

    = n SD SD X X t *2܈Ͱ n ͕ҟͳΔͱ͖ͷܭࢉ͸΋ 
 ͏গ͠ෳࡶʹͳΓ·͢ * | 52.1-57.1| = √(15.12 + 16.42) / (30 - 1) ܭࢉͯ͠ΈΑ͏ Group A Group B ฏۉ஋ 52.1 57.1 ඪ४ภࠩ 15.1 16.4

  69. 1 2 2 2 1 2 1 − + −

    = n SD SD X X t * 5 = 4.14 ܭࢉͯ͠ΈΑ͏ = 1.21 Group A Group B ฏۉ஋ 52.1 57.1 ඪ४ภࠩ 15.1 16.4 *2܈Ͱ n ͕ҟͳΔͱ͖ͷܭࢉ͸΋ 
 ͏গ͠ෳࡶʹͳΓ·͢

  70. ࣗ༝౓** 3 4 5 10 20 30 ྟք஋ ྆ଆݕఆ5% 3.182

    2.776 2.571 2.228 2.086 2.042 ࣗ༝౓ 40 50 100 200 500 1,000 ྟք஋ ྆ଆݕఆ5% 2.021 2.009 1.984 1.972 1.965 1.962 t ͷྟք஋ t (58) = 1.21 ͸༗ҙͰͳ͍

  71. ͜͜·Ͱͷ·ͱΊ

  72. • ޮՌྔ Cohen’s d • 2ͭͷάϧʔϓؒͷࠩΛඪ४Խͨ͠΋ͷ • t ݕఆ •

    ޮՌྔʹඪຊޡࠩͷӨڹΛՃຯͯ͠ɺͦͷ͕ࠩ ۮવ؍࡯͞ΕΔ֬཰Λࣔͨ͠΋ͷ • ݕఆ౷ܭྔ = ޮՌͷେ͖͞ x ඪຊͷେ͖͞ ʢೆ෩ݪ, 2002, p. 163ʣ

  73. • Cohen’s d ͷ஥ؒ: • Hedges’ g • ෼฼ʹ฼ूஂͷඪ४ภࠩʢෆภ෼ࢄʹ جͮ͘ඪ४ภࠩʣΛ࢖͏

    • Glass’ ⊿ • ෼฼ʹ౷੍܈ͷඪ४ภࠩΛ࢖͏

  74. ؔ܎ͷڧ͞Λද͢ࢦඪ Pearson’s r / r2

  75. • ม਺ؒͷؔ܎ͷେ͖͞Λද͢ • ࠷େ: 1.0ʢઈର஋ʣ • ࠷খ: 0 • ϐΞιϯͷੵ཰૬ؔ܎਺

    r • r2 ʢ෼ࢄઆ໌཰ʣ Pearson’s r / r2

  76. ෼ࢄ෼ੳͷ৔߹ ௐ΂͍ͨཁҼͷ෼ࢄ η2 = ૯෼ࢄ SSA = SSTotal

  77. ҰཁҼ෼ࢄ෼ੳ SS df MS F p η2 A 
 (Class)

    848 2 424 0.955 .389 .022 Error (Residuals) 37260 84 444 ஛಺ɾਫຊ (2014) ୈ6ষͷσʔλΛ࢖ͬͯ jamovi Ͱܭࢉ

  78. ҰཁҼ෼ࢄ෼ੳ SS df MS F p η2 A 
 (Class)

    848 2 424 0.955 .389 .022 Error (Residuals) 37260 84 444 / = / = MS = SS / df

  79. ҰཁҼ෼ࢄ෼ੳ SS df MS F p η2 A 
 (Class)

    848 2 424 0.955 .389 .022 Error (Residuals) 37260 84 444 / = ↑ɹඪຊαΠζ͕େ͖͍ͱ F ஋͕େ͖͘ͳΔ F = MSA / MSError = 424 / 444 = 0.955

  80. ҰཁҼ෼ࢄ෼ੳ SS df MS F p η2 A 
 (Class)

    848 2 424 0.955 .389 .022 Error (Residuals) 37260 84 444 + η2 = SSA / SSTotal = 848 / 38108 = .022 SSTotal = SSA + SSError = 848 + 37260 = 38108

  81. ޮՌྔͷղऍ

  82. • small: η2 = .01 • medium: η2 = .06

    • large: η2 = .14 ਫຊɾ஛಺ (2008) • ͜ͷΑ͏ͳࢦඪ͸͋͘·Ͱ໨҆ • ࣮ࡍͷղऍ͸ݚڀऀࣗ਎ͷ੹೚Ͱ

  83. ͜͜·Ͱͷ·ͱΊ

  84. • r ଒ͷޮՌྔ • ม਺ؒͷؔ܎ͷڧ͞Λ਺஋Ͱࣔͨ͠΋ͷ • ࠷େͰ 1.0ɺ࠷খͰ 0 •

    ෼ࢄ෼ੳͰ࢖͏ η2 ͸ r2 ͱࣅͨײ͡ • F ͱ η2 ͷҧ͍͸ඪຊαΠζΛߟྀ͢Δ͔Ͳ͏͔ • ݕఆ౷ܭྔ = ޮՌͷେ͖͞ x ඪຊͷେ͖͞ ʢೆ෩ݪ, 2002, p. 163ʣ

  85. • η2 ͷ஥ؒ: • partial η2 • ෼฼ʹ SSA +

    SSError Λ࢖͏ • ω2 • ฼෼ࢄਪఆͷͨΊͷόΠΞεΛऔΓআ ͍ͨ΋ͷ

  86. ࣮ࡍʹ ܭࢉͯ͠Έ·͠ΐ͏

  87. • Φʔϓϯιʔεͷ౷ܭϓϩάϥϛϯάݴޠ
 ɹɹΛ࢖͍΍͍͢ܗʹͨ͠ιϑτ΢ΣΞɻ • GUIͷͨΊ௚ײతʹ࢖͑Δɻ • ΦʔϓϯιʔεͰແྉͰ࢖͑Δɻ

  88. https://www.jamovi.org

  89. ϋϯζΦϯ

  90. • Must-read: • Navarro, D. J., & Foxcroft, D. R.

    (2019). Learning statistics with jamovi: A tutorial for psychology students and other beginners. (Version 0.70).
 DOI: 10.24384/hgc3-7p15 • ೔ຊޠ༁΋͋Γ·͢: • ࣳా੐࢘༁. jamoviͰֶͿ৺ཧ౷ܭ.
 https://bookdown.org/sbtseiji/lswjamoviJ/

  91. ஫ҙ఺

  92. None

  93. • ϑΝΠϧಡΈࠐΈ࣌ʹࣗಈత ʹ൑அ͞ΕΔม਺ͷछྨ͕ؒ ҧ͍ͬͯΔ͜ͱ͕͋Δɻ • Continuous ࿈ଓม਺ • Ordinal ॱংม਺

    • Nominal ໊ٛม਺

  94. http://www.langtest.jp Effect Size Calculator @

  95. • σʔλ෼ੳ͕ͳΜͰ΋
 Ͱ͖ͪΌ͏΋ͷ͍͢͝
 ΢ΣϒΞϓϦ • ޮՌྔ d, g ͱͦͷ৴པ۠ ؒΛܭࢉͯ͘͠ΕΔ

    • ਫຊಞ͞Μʢؔ੢େֶʣ ͕։ൃ͠ɺແྉͰެ։ • ͓ྱ͸Ϗʔϧ·ͨ͸
 നϫΠϯͰ
  96. None
  97. None

  98. ஫. ਪଌ౷ܭʢ༗ҙੑݕఆʣͰ࢖͏ ඪ४ภࠩʢSDʣ͸ෆภ෼ࢄʹجͮ͘ ΋ͷɻn ͷ୅ΘΓʹ n–1 Λܭࢉʹ࢖ ͍·͢ɻ

  99. None

  100. ࢀߟจݙ • ӳޠڭࢣͷͨΊͷڭҭσʔλ ෼ੳೖ໳ • ༗ҙੑݕఆͷ͘͠Έ΍ͦͷݶ քʹ͍ͭͯ΋ղઆ

  101. ࢀߟจݙ • ຊ౰ʹΘ͔Γ΍͍͘͢͢͝େ ੾ͳ͜ͱ͕ॻ͍ͯΔ͘͝ॳา ͷ౷ܭͷຊ • େ੾ͳ͜ͱΛ਺ࣜΛަ͑ͯஸ ೡʹղઆ

  102. ࢀߟจݙ • ֎ࠃޠڭҭݚڀϋϯυϒοΫ • هड़౷ܭɺਪଌ౷ܭɺޮՌྔ ΋ؚΊͯ໢ཏతͳҰ࡭

  103. ࢀߟจݙ • ఻͑ΔͨΊͷ৺ཧ౷ܭ • ޮՌྔʹ͍ͭͯษڧ͢ΔͳΒ ඞಡ

  104. ࢀߟจݙ • ͸͡Ίͯͷӳޠڭҭݚڀ • ݚڀͷೖޱΛղઆ͢ΔҰ࡭ɻ ࠓ೔ͷ಺༰͸ୈ6ষΛิ଍͢ Δ΋ͷ

  105. 1. σʔλͷࢹ֮Խʢਤࣔʣ 2. σʔλͷཁ໿ʢத৺ͱ͹Β͖ͭʣ 3. ޮՌྔ • ࠩͷେ͖͞Λද͢ d ଒

    • ؔ܎ͷڧ͞Λද͢ r ଒ 4. ༗ҙੑݕఆʢਪଌ౷ܭʣ 5. jamovi ͱ langtest.jp Ken Urano urano@hgu.jp https://www.urano-ken.com/research/let2019 ֎ࠃޠڭҭʢݚڀʣʹ͓͚Δ ྔతσʔλͷࢹ֮Խͱղऍ

  106. ࢀߟจݙ • Cohen, J. (1988). Statistical power analysis for the

    behavioral sciences (2nd ed.). Hillsdale, NJ: Lawrence Earlbaum Associates. • ೆ෩ݪே࿨. (2002). ʰ৺ཧ౷ܭֶͷجૅ: ౷߹తཧղͷͨΊʹʱ౦ژ: ༗൹ֳ. • લాܒ࿕ɾࢁ৿ޫཅ (ฤ). (2004). ʰӳޠڭࢣͷͨΊͷڭҭσʔλ෼ੳೖ໳: तۀ͕มΘ ΔςετɾධՁɾݚڀʱ౦ژ: େमؗॻళ. • ਫຊಞɾ஛಺ཧ. (2008). ʮݚڀ࿦จʹ͓͚ΔޮՌྔͷใࠂͷͨΊʹ: جૅత֓೦ͱ஫ҙ ఺ʯʰӳޠڭҭݚڀʱୈ31߸, 57–66. http://www.mizumot.com/files/ EffectSize_KELES31.pdf • Navarro, D. J., & Foxcroft, D. R. (2019). Learning statistics with jamovi: A tutorial for psychology students and other beginners. (Version 0.70). doi: 10.24384/hgc3-7p15
 ʢࣳా੐࢘༁. jamoviͰֶͿ৺ཧ౷ܭ. https://bookdown.org/sbtseiji/lswjamoviJ/ʣ • େٱอ֗ѥɾԬాݠհ. (2012). ʰ఻͑ΔͨΊͷ৺ཧ౷ܭ: ޮՌྔɾ৴པ۠ؒɾݕఆྗʱ ౦ژ: Ⴛ૲ॻ๪. • Plonsly, L., & Oswald, F. (2014). How big is “big”? Interpreting effect sizes in L2 research. Language Learning, 64, 878–912. doi: 10.1111/lang.12079 • ஛಺ཧɾਫຊಞ (ฤ). (2014). ʰ֎ࠃޠڭҭݚڀϋϯυϒοΫ: ݚڀख๏ͷΑΓྑ͍ཧղ ͷͨΊʹ (վగ൛)ʱ౦ژ: দദࣾ. • Ӝ໺ݚɾ࿱ཧཅҰɾాத෢෉ɾ౻ా୎࿠ɾ∁໦ѥرࢠɾञҪӳथ. (2016). ʰ͸͡Ίͯͷ ӳޠڭҭݚڀ: ԡ͓͖͍͑ͯͨ͞ίπͱϙΠϯτʱ౦ژ: ݚڀࣾ. • ٢ాण෉. (1998). ʰຊ౰ʹΘ͔Γ΍͍͘͢͢͝େ੾ͳ͜ͱ͕ॻ͍ͯ͋Δ͘͝ॳาͷ౷ܭ ͷຊʱژ౎: ๺େ࿏ॻ๪.