Effective Practical Work on Physics Students’ Performance in National Examinationat Selected Schools in Sirisia Division, Bungoma West Sub-County, Kenya

  • Gladys N. Mang’eni Ndakaru S.A. High School Bungoma Kenya
  • Cosmas K. Ronno Ndakaru S.A. High School Bungoma Kenya
  • Joel K. Murei Ndakaru S.A. High School Bungoma Kenya

Abstract

Practical skills and ability development in the learners are very essential in the teaching/learning of Physics and other related science subjects. This is because they help learners to relate theory to reality, thus, making it easy for them to understand difficult and abstract concepts. Pursuing Physics at high school enables the students to participate in technology related studies in tertiary and higher institutions. The national enrolment at form three show that Physics is the least studied subject at this level. In addition, performance in the subject at the end of secondary school is dismal. Most students lack motivation to engage in activities related to Physics such as process skills. It is in this respect therefore, that this study investigates the factors that affect learners’ practical abilities in Physics during classroom interaction and its impact on performance in Physics’ National Examination. Relevant literature review concerning the study was done under specific headings in chapter two. Eight teachers of Physics and one hundred forty Form three students were observed during Physics lessons. Data was collected using questionnaires and observation schedules. The Lickert scale was used to measure the attitude of students towards Physics practical. Six schools and their respective teachers and students, were randomly selected from fourteen schools within Sirisia Division Bungoma County. Data collected was qualitatively and quantitatively analysed using basic statistics like percentages and frequency counts, to provide information that helped answer questions raised by the researcher. The findings of the study revealed that class demonstrations and experiments, as well as project learning enhance learners’ ability to develop practical Physics skills. The study found that teachers play a major role in nurturing students’ capabilities in developing positive skills towards Physics and assist learners’ to develop manipulative as well as recording skills in practical Physics lessons. The findings showed that available Physics teaching resources influenced learners’ development of practical Physics skills and lastly the study also found out that learners’ attitude towards Physics influences their performance in Physics. The study recommends that secondary schools be provided with standard laboratory (especially the state-owned public schools) in which improvised and other concrete materials such as models and specimens could be stored for the purpose of Physics teaching through demonstrations, class experiments and project learning. Teachers should be taught on how to improvise on certain laboratory materials as well as help the students to discover ways of improvising the laboratory equipment from locally and available materials to enhance the teaching of practical Physics lesson and make it possible for better KCSE results.

References

Best, J., W., & Kahn,J.V. (1993).Research in Education. Allyn and Bacon, Boston, pp. 234-405

Campbell, R. (2006). Teenage girls and cellular phones: discourses of independence, safety and ‘ rebellion’. Journal of Youth Studies 9,195-121.

Freeman, T. (2012).The Lancet highlights role of Physics in medicine, medical Physics web, April 20, Downloaded from http://www. IOP,org/mt4/mt-tb.cgi/4415.

Garwin, M. R., & Ramsier, R. D. (2003).Experimental learning at the University level: a US case study, Education and training, 45(5), 280-285.

Gay,L. (1992). Educational Research: Competencies for Analysis and Applications, 4th edition.pp421-424. New York: Macmillan.

Hirschfeld, D. (2012). Interest in Science Careers wanes in Latin America, Science and Development Network, 4th January 2012.

Judeviciene, P. A., & Karenauskaite, V. (2004).Learning environment in Physics: the context of double paradigm shift, paper presented at the European Conference on Educational Research. University of Crete, 22nd-25thSeptember.

Kenya National Examination Council. (2013).Students’ Performance Report Vol. 2: mathematics and science report. Nairobi.

Kenya National Examination Council.(2014).The year 2013 KCSE Examination Report with question papers and marking Schemes. Vol. 2:mathematics and science report. Nairobi.

Likert, R. (1932). A Technique for the Measurement of Attitudes. Archives of Psychology.140: 1-55

Magoma, S. (1999). Teaching Methods. Downloaded from https://www.methodsofteaching.com

Manogue, K., & Krane, M. (2003). Examination Trend. Downloaded fromhttps://www.methodsofteaching.com

Masingila, J.O., & Gathumbi A.W. (2012). A collaborative project to Build capacity Through Quality Teacher preparation, Downloaded from http://soeweb.syr.edu/ centres institutes in Kenya Partnership projects/default.aspx. Research

Mugenda, O. M., & Mugenda, A. G.(1999). Research Methods: qualitative and quantitative approaches, pp (155-156 ).Nairobi Acts Press.

Millar, R. (2004). The Role of Practical Work in the Teaching and learning of Science, paper prepared for the Committee: High School Science Laboratories: Role and Vision, National Academy of Sciences. pp 45-56 Washington, D.C.

Oyoo, S. (2007).Rethinking Proficiency in the Language of Instruction(English) as a factor in the difficulty of school science. The international Journal of Learning. 14(4), 231-242.

Sadiq, M. (2003). Memorization of basic concepts and their reproduction in the examinations. Downloadedfrom https:www.memorization of basic concepts and their reproduction in the examinations.com

Scheckler, R.K. (2003). Virtual labs: a substitute for traditional lab? Internal Journal of Developmental Biology, 47,231-236

Semela, T. (2010).Who is joining Physics and why? Factors Influencing the choice of Physicsamong Ethiopian University Students, International Journal of Environment and Science Education, 5(30,319-340.

Sharma, R., Rohilla, R.,Sharma,M., and. Manjunath,T. C. (2005). Design and Simulation of Optical Fibre Bragg grating Pressure sensor for minimum attenuation criteria, Journal of Theoretical and Applied Information Technology, pp 515-530

Shuell,T. .J. (1986).Cognitive Conceptions of Learning. Review of Educational research. Oxford University Press.

Stanley, H.E.(2000). Exotic statistical Physics: Applications to Biology, Medicine, and economics, Physica A, 285, 1-17.

SMASE: Strengthening Mathematics and Science in Secondary Education Project. (2007):Enhancing Critical Thinking Skills of Learners in science and mathematics Lessons: Unpublished report, Case study of ASEI –PDSI, vol. 2, pp
56-60: CEMASTEA. Nairobi

Wambugu, P.W., & Changeiywo, J.M. (2008).Effects of Mastery Learning Approach on Secondary schools students’ Physics Achievement, Eurasia Journal of Mathematics,science and Technology Education, 4(3),293-302.

Ware, S.A. (1992). The Education of Secondary Teachers in Developing Countries, PHREE Background paper Series, Document no. PHREEE/92/68, December, pp6-9

Wiersman, W. (1985).Research Methods in Education. London: Alyn Bacon Inc.

Zhaoyao, M. (2002).Physics Education for the 21st Century: Avoiding a Crisis. Physics
Published
2018-12-31
How to Cite
Mang’eni, G., Ronno, C., & Murei, J. (2018, December 31). Effective Practical Work on Physics Students’ Performance in National Examinationat Selected Schools in Sirisia Division, Bungoma West Sub-County, Kenya. African Journal of Education,Science and Technology, 4(4), pp 301-311. Retrieved from http://ajest.info/index.php/ajest/article/view/336
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Articles