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NIEjr04A: Effects of Music on Secondary School Students Experience - PowerPoint PPT Presentation

Jan 23, 2023 •192 likes •750 views

NIEjr04A: Effects of Music on Secondary School Students Experience and Performance During 800m Running Tricia Chee & Lauren Yeo Methodist Girls School Presentation Outline 4. Results and Discussion 1. Background Information 5.

  1. NIEjr04A: Effects of Music on Secondary School Students’ Experience and Performance During 800m Running Tricia Chee & Lauren Yeo Methodist Girls’ School

  2. Presentation Outline 4. Results and Discussion 1. Background Information 5. Conclusion a. Inactivity 6. Limitations b. Music and Exercise 7. Acknowledgements 2. Aims and Objectives 8. References 3. Methodology 9. Q&A 2

  3. 1. Background Information 3

  4. Inactivity ■ very common among Singaporean youths ■ national guidelines not met ■ health complications ■ obesity rates increasing 4

  5. Wen-Yi Lee, "Adults Are Getting Fitter, but Children Are Increasingly Overweight: MOH 5 Figures." Linette Lai, "Singapore Risks Hitting Obesity Rates of 15% in Seven Years."

  6. NAPFA improve test experience → positive mindset → active lifestyle 6

  7. Music and Exercise Positive Effect ■ Reduced rate of perceived exertion (RPE) Silva A.C. et al., “Effect of Music Tempo on Attentional Focus ▸ and Perceived Exertion during Self- selected Paced Walking” (2016) S Yamashita et al., “Effects of Music during Exercise on RPE, ▸ Heart Rate and the Autonomic Nervous System.” (2006) ■ Increased dissociation Silva A.C. et al. (2016) ▸ Terry, Peter C., & C.I. Karageorghis, “Music in Sport and ▸ Exercise” (2011) 7

  8. Music and Exercise Negative or No Effect No effect / higher RPE ■ S. E. Schwartz, B. Fernhall, and S. Plowman, "Effects of Music ▸ on Exercise Performance." (1990) G. Tenenbaum et al. "The Effect of Music Type on Running ▸ Perseverance and Coping with Effort Sensations." (2004) R. Bonnette et al. "The Effect Of Music Listening On ▸ Running Performance And Rating Of Perceived Exertion Of College Students." (2010) Increased fatigue ■ D. Macone, C. Baldari, A. Zelli, and L. Guidetti, "Music and ▸ Physical Activity in Psychological Well-being." (2006) No effect on heart rate ■ S. E. Schwartz, B. Fernhall, and S. Plowman (1990) ▸ 8 G. Tenenbaum et al. (2004) ▸

  9. Synchronous Music the beats synchronise with participants’ repetitive running and movement patterns 9

  10. Asynchronous Music the beats do not synchronise with participants’ repetitive running and movement patterns 10

  11. Music and Exercise Synchronous Music Increased time to exhaustion ■ P. C. Terry et al. "Effects of Synchronous Music on Treadmill Running ▸ among Elite Triathletes." (2012) R. J. Bood, M. Nijssen, J. Van Der Kamp, and M. Roerdink, "The Power of ▸ Auditory-Motor Synchronization in Sports: Enhancing Running Performance by Coupling Cadence with the Right Beats." (2012) C.J. Bacon, T.R. Myers, and C.I. Karageorghis, "Effect of Music- ▸ movement Synchrony on Exercise Oxygen Consumption." (2012) Improved mood ■ P.C. Terry et al. (2012) ▸ Reduced RPE ■ P. C. Terry et al. (2012) ▸ 11

  12. Music and Exercise Asynchronous Music Reduced RPE ■ L. Szmedra, and D. Bacharach, “Effect of Music on Perceived ▸ Exertion, Plasma Lactate, Norepinephrine and Cardiovascular Hemodynamics during Treadmill Running.” (1998) Brenda L. Copeland, and Brooke Franks, “Effects of Types and ▸ Intensities of Background Music on Treadmill Endurance.” (1991) Jeffrey A. Potteiger, “Influence of Music On Ratings Of ▸ Perceived Exertion During 20 Minutes Of Moderate Intensity Exercise.” (2000) Reduced heart rate ■ L. Szmedra, and D. Bacharach (1998) ▸ Increased time to exhaustion ■ 12 Brenda L. Copeland, and Brooke Franks (1991) ▸

  13. 2. Aims and Objectives 13

  14. Aim To explore the effects of To explore the effects of music on secondary music on secondary school students’ school students’ experience and experience and performance during performance during 800m running. 800m running. 14

  15. Objectives ■ Review literature concerning physical and psychological effect of music; Investigate how music affects ■ attentional focus and enjoyment levels of runners; ■ Compare results between various subject groups; and ■ Identify improvements required to facilitate optimal running experience for secondary school students 15

  16. Hypothesis I II Synchronous music Female adolescents could induce more could gain tremendously positive experiences from music application to and increase enhance their exercise efficiency in experience and running. performance. 16

  17. 3. Methodology 17

  18. Participants ■ 26 students from 3 schools ■ physically healthy ■ volunteers ■ withdrawal permitted at any time 18

  19. Process Familiarisation Analysis Experiment session of data 19

  20. Familiarisation Session a. Attentional Focusing Questionnaire (AFQ) Internal consistency measured with Cronbach alpha coefficients reported to be acceptable. (association – α = .84; dissociation – α = .68; and distress – α = .80). b. Brunel Music Rating Inventory-3 (BMRI-3) Used to rate motivational qualities of 30 songs. Reliable instrument for exercise settings. 20

  21. Experiment ■ Physical Activity Readiness Questionnaire ■ 2 minute warm-up ■ 5 minute rest ■ 3 sets of 800m run with 10 minute rest 21

  22. Measurements Variable Instrument Used Heart Rate Heart Rate Monitor Attentional Focus Attentional Focus Scale Perceived Exertion Ratings of Perceived Exertion Scale Enjoyment Level Intrinsic Motivation Inventory 22

  23. 4. Results and Discussion 23

  24. Table 1: Attentional Focus Means by Music Condition and Gender Female Male Total Music Condition M SD M SD M SD No Music 4.20 2.37 4.73 1.85 4.42 2.14 Asynchronous 6.00 2.14 5.45 2.38 5.77 2.22 Music Synchronous 5.73 2.40 5.36 2.01 5.58 2.21 Music Note. Overall students N = 26, females n = 15, males n = 11 24

  25. Table 2: Enjoyment Means by Music Condition and Gender Female Male Total Music Condition M SD M SD M SD No Music 2.93 1.09 3.31 1.49 3.09 1.26 Asynchronous 4.26 1.35 4.19 1.35 4.23 1.33 Music Synchronous 3.84 1.14 4.47 1.53 4.10 1.33 Music Note. Overall students N = 26, females n = 15, males n = 11 25

  26. Table 3: Correlations between outcome variables in No Music condition No Music No Music No Music No Music HR AFS RPE Enjoymen t No Music HR Pearson Correlation 1 .064 .056 .004 Sig. (2-tailed) - .755 .787 .986 No Music AFS Pearson Correlation - 1 -.115 .505** Sig. (2-tailed) - - .574 .009 No Music RPE Pearson Correlation - - 1 -.237 Sig. (2-tailed) - - - .243 No Music Pearson Correlation - - - 1 Enjoyment Sig. (2-tailed) - - - - **. Correlation is significant at the 0.01 (2-tailed) 26 Note. Overall students N = 26

  27. Table 4: Correlations between outcome variables in Synchronous Music condition Synchronous Synchronous Synchronou Synchronou HR AFS s RPE s Enjoyment Synchronous Pearson Correlation 1 -.145 .494* -.084 HR Sig. (2-tailed) - .479 .010 .684 Synchronous Pearson Correlation - 1 -.688** .483* AFS Sig. (2-tailed) - - .000 .012 Synchronous Pearson Correlation - - 1 -.269 RPE Sig. (2-tailed) - - - .184 Synchronous Pearson Correlation - - - 1 Enjoyment Sig. (2-tailed) - - - - **. Correlation is significant at the 0.01 (2-tailed) 27 Note. Overall students N = 26

  28. Table 5: Correlations between outcome variables in Asynchronous Music condition Asynchronou Asynchronous Asynchronou Asynchronou s HR AFS s RPE s Enjoyment Asynchronous Pearson Correlation 1 -.001 .214 .048 HR Sig. (2-tailed) - .995 .294 .817 Asynchronous Pearson Correlation - 1 -.500** .266 AFS Sig. (2-tailed) - - .009 .189 Asynchronous Pearson Correlation - - 1 -.156 RPE Sig. (2-tailed) - - - .447 Asynchronous Pearson Correlation - - - 1 Enjoyment Sig. (2-tailed) - - - - **. Correlation is significant at the 0.01 (2-tailed) 28 Note. Overall students N = 26

  29. 5. Conclusion 29

  30. 5.1 Results did not fully support hypothesis that synchronous music would induce more positive experiences and increase efficiency in running. No significant difference in attentional focus ratings across music conditions. 30

  31. 5.2 Results indicate higher average enjoyment levels in the presence of music. Highest average enjoyment level for Asynchronous Music condition, lowest for No Music condition. 31

  32. 5.3 Results did not support hypothesis that female adolescents can gain tremendously from music application to enhance exercise experience and performance. Interaction effect between music conditions and gender not significant. 32

  33. A person’s response to music is highly individual. Each person needs to find their own preference and optimal condition for themselves. 33

  34. 5.4 School-based intervention to permit the use of music during physical activity. Improve NAPFA test experience to cultivate positive mindset towards physical activity and encourage active lifestyle. 34

  35. 6. Limitations 35

  36. 6.1 Participants may have exercised harder in the presence of music, causing them to exert themselves and associate more, leading to a decrease in AFS ratings. 36

  37. 6.2 Participants who are physically not so fit may have gotten more tired with each run, leading to an decrease in AFS ratings in the later runs. 37

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