EXTENT OF IMPROVISATION OF INSTRUCTIONAL MATERIALS FOR TEACHING OF CHEMISTRY IN SECONDARY SCHOOLS IN NASSARAWA-EGGON, NASSARAWA STATE
Abstract
This study investigated the extent of improvisation of instructional materials for teaching of Chemistry in secondary schools in Nassarawa-Eggon, Nassarawa State. The study adopted a survey research design. The population of the study comprised the entire forty-two (42) Chemistry teachers across the forty-five (45) schools. One thousand two hundred and forty (1,240) students offering Chemistry as a subject in 2021/2022 academic session across the entire forty-two (45) government own secondary schools in Nassarawa-Eggon, Nasarawa State. A simple random sampling technique was employed in chosing 10 schools, 200 students, and 10 teachers giving rise to a total of 210 respondents. The study sought to provide answers to two research questions. The questionnaire used for this study is a type-questionnaire A and B consisting of 80 items; Questionnaire A for the Chemistry teachers and questionnaire B for the Chemistry students. The instrument was validated by three experts from the Department of Science and Technology Education, University of Jos. In determining the reliability coefficient of the instrument, Cronbach’s Alpha method was used where a reliability coefficient of 0.79 was obtained. The research questions were answered using mean and standard deviation. The findings of the study among others revealed that out of these instructional materials: pipette, periodic table, wash bottle, beaker, indicators, retort stand, test tube, spatula, conical flask, funnel, measuring cylinder, distiller, desiccators, thermometer, fume cupboard, tripod stand, Erlenmeyer’s flask among others, only periodic table and wash bottle are improvised by students and teachers in schools within the study area. Also, the study revealed that none of the required Chemistry instructional materials is provided by the government/community to the schools in Nassarawa-Eggon area of Nasarawa State. The study recommends that school administrators/principals should acknowledge and reward teachers and students whenever they improvise instructional materials locally. Also, parents and government should actively participate in the provision of instructional materials across all schools.
Keywords
Full Text:
PDFReferences
Achimugu, L. (2017). Availability and utilization of instructional materials for teaching chemistry in senior secondary schools. International Journal of Novel Research in Education and Learning, 4, 33-43. Available at www.novelty journals.com
Adebisi, R. O., & Jerry, J. E. (2019). Effect of use of instructional materials on self-help skills of children with intellectual disabilities in Abuja. For the Handicapped, Abuja, Nigeria. Journal for Re-Attach Therapy and Developmental Diversity, 2(1), 1-11.
Available at www.noveltyjournals.comhttp://www.ijser.org.
Doi:10.26407/2019jrtdd.1.15
Eze, E. M., &Nwafor (2012). Availability and utilization instructional materials in teaching and learning basic science in chosen junior secondary schools inAbakaliki Education zone of Ebonyi state.Ebonyi Journal of Curriculum and Media Technology Research, 4(2), 10-25
Federal Republic of Nigeria (2004). The national policy on education. Lagos, NERDC.
Ferguson, W. (2020). Information technology played role in ancient civilization growth.
Gordon, E. (2021). Chemistry and global awareness. Furman University, Press. March15, 2021. https://chem.libretexts.org/course/furman. /101%3A page 10.85130
https://www researchgate.net/publication/351606603
https://www.researchgate.net/publication/281178748.
Ibe, N., Maxwell, O., &Chikendu, R. (2021). Effect of improvised instructional materials on Chemistry students’ academic retention in secondary schools.
Khanam R. (2018). The importance of Chemistry Education. 8th edition of international conference on Chemistry Education and Research. August 27-28-2018 Zurich, Switzerland. Rowshonara Khanam. Inorganic chemistry 2018, volume 4. doi:10.21767/2472-1123-C5-014
Lumen, L. (2017). Science and scientific research/Research methods for social sciences
Okori, O.A., & Jerry, O., (2017): Improvisation and utilization of resources in the teaching and learning of science and Mathematics in secondary schools in Cross River state. Global Journal of Research, 16(21), 21-28
Olagunju, M., Adesoji, F. A., Iroegbu, T. O., &Ige, T. A. (2018). Innovation in science teaching for the new millennium. In Bamisaye O.A. Nwazuoke, I.A. and Ikediran A. (Eds). Education this millennium-innovation in theory and practice. 2011-2018, Retrieval from https://www.ijsr.net/archieve/v2i6/IJSR off2013284.pdf
Olu, J. (2019). Modern practical chemistry for senior secondary schools and colleges. Published in Nigeria by Jochem Resources Printed by Global Links Communications.
Petrozza, R., Stranks D.R., Snaith, M., Eperson, G., Grancimi, W., Menelaou, E., Aleocer, Y., Leijtens, B., & and Herz, T. (2014). Chemistry, a structural view, (3rd edition). Cambridge, New York press
Science Teachers’ Association of Nigeria (STAN, 2016). Chemistry for senior secondary school: Book one. Abuja: The Stan Place Ltd.
Utah, (2014). Utah guidance and toolkit for students learning objectives: Instruction and materials. Utah Slos Updated Ethic Education Resources Centre. Utah State Office of Education. www.nctq.org
www.globaljournalseris.com.infor@globaljournalseris.com.
Yusuf, A.W. (2016). Assessment of the implementation of economics curriculum in senior secondary schools in Kano state. (Unpublished Master’s Thesis) Ahmadu Bello University, Zaria.
Refbacks
- There are currently no refbacks.
Copyright (c) 2023 Delmang Tabitha Kamji (PhD), Paul Augustine Agu
ISSN (PRINT): 2734 - 2522
ISSN (ONLINE): 2734 - 2514
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.