Inquiry Learning in Secondary School Chemistry: Are Science Teachers Using IT?

  • Peter Waswa University of Eldoret, P.O. Box 1125 Eldoret, Kenya
  • Rose Cheptinget University of Eldoret, P.O. Box 1125 Eldoret, Kenya
##article.subject##: Secondary Schools, Chemistry Teachers, Inquiry Learning, Nandi, Kenya

##article.abstract##

With the rapid developments in science and technology, Chemistry, which is fundamental to many disciplines, has become increasingly important. The number of compounds and their many different applications begs the question on how best to teach all the knowledge to students. To meet with the needs of society, reform in Chemistry teaching has taken place all over the world. However, it is difficult to teach students everything in this rapidly developing world. Accordingly, most science educators agree that students should be taught how to learn and apply Chemistry. It is also true that if people want to keep up with the development of knowledge, they should keep reflecting on how that knowledge has impacted on their lives. However, because the reformat has concentrated on knowledge structures, our teaching methods are still teacher-centred, not student-centred and do not encourage students to achieve lifelong learning and assessment. The purpose of the study was to assess teachers' use of science inquiry as a method of teaching Chemistry in secondary schools in Kenya. This paper discusses the extent to which Chemistry teachers use inquiring method as stipulated in the chemistry syllabus and the factors that hinder extensive use of inquiry method in the teaching of chemistry. A descriptive survey design was employed. The target population comprised 16 Form Three Chemistry teachers and 320 Form Three students in 16 selected secondary schools in Nandi North District. The 46 schools in the District were stratified into boys‟ and girls‟ schools and simple random sampling approach was used to select 8 boys‟ and 8 girls‟ schools. In each school, 20 students were selected using simple random sampling technique. The instruments used to collect data were questionnaire and interview, personal observations and documentary analysis. Data was analyzed using descriptive statistics. The study established that both teachers and students were in agreement that the Chemistry teachers did not use inquiry method to the extent stipulated in the syllabus. The findings of the study identified major factors hindering implementation of Chemistry inquiry method as lack of time due to congested syllabus, lack of resources and equipment, inadequate qualified Chemistry teachers and poor preparation.

References

Ajaja,O. P. (2005). Comparison of the effectiveness of three instructional methods (Advance Organizer, Discover and Invention) on exhibition of acceptable laboratory' behaviours. Journal of Vocational Science and Educational Development, 6(1 & 2), 36-44.

Arthur, R. A., Carin, J. E., Bass, T. L. C. (2004). Methods for teaching Science as inquiry. Pearson Merill Prentice Hall, upper saddle River, New Jersey Columbus Ohio.

Berdonosor, S. S., Kurzmenko, N. E., & Kharisov, B. I. (1999). Experience in Chemical Education in Russia: How to attract the young generation to Chemistry under conditions of chemophobia. J. Chern. Educ, 76, 1086.

Blackmore, J. (1996). Pendagon: learning style. www.gramile .cyg.net/ j blackmo/diglib.
Bradlyey, A. Z., Urich, S. M., Maitland, J. Jr., & Jones, S. M. (2002). Teaching the sophomore organic course without a lecture. Are You Crazy? J. chem.educ., 79, 514.

Eddy, R. M. (2000). Chemphobia in the college classroom: extent, sources and student characteristics. J. chemedue., 77, 514.

Gage, N. L. et al. (1962). Handbook of research on teaching. Chicago. Rand MCNally & co.

Grasha, A. F. (1996). Teaching with style. Pittsburgh, PA: Alliance.

Ivonwi, U. (1997). Competences required of teachers in the 6-3-3-4 system of education for the secondary schools. In B. Akpan, (Ed.). Perspectives on Education and Science Teaching from the Eyes of Uduogie Ivowi (pp. 125-132). Abuja: Foremost Educational Service Ltd.

Keeves, P., & Morgenstern, C. (1992). Attitudes toward science: measures and effects.

In J. P. Keeves (Ed.). The IEA Study of Science III: Changes in science Education and Achievement: 1970-1984 (pp. 122-140). New York: Pergamon.

Kenya Institute of Education (1992). Secondary education syllabus vol 7 (pp. 25-41). Nairobi, Kenya.

Kenya Institute of Education (2002). Secondary education syllabus vol. Nairobi, Kenya. Literature bureau.

Kiboss, J. K. (1997). Relative effects of a computer-based instruction in physics on students‟ attitudes, motivation and understanding about measurement and perceptions of classroom environment (Unpublished Ph.D. Thesis). University of Western Cape, Bellville.

Linn, M. C. (1992). Science education reform: building the research base. J. Res. Sci. Teaching, 29: 821-840.

Mamlok, R. (1998). The effect of a teaching unit "Science as an ever developing entity" on students' perception and attitudes towards science learning (Unpublished PhD Thesis). Weizmann Institute of Science, Israel.

Ministry of Education (2000). Third International Mathematics and Science Study - Repeat (TIMSS - R). Kuala Lumpur: Educational Planning and Research Division. Studies, II(2): 142-150.

Ughamadu, K. A. (2005). Curriculum: Concept, Development and Implementation. Onitsha: Emba Printing and Publishing Company Ltd.

Vaidya, N. (1989). The impact science teaching. New Delhi: Oxford and IBH publishing co. PVT ltd.
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2018-08-09
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