Aburime, E. F. (2013). Refocusing research technology and Mathematics education: A case for Mathematics laboratory. Proceeding of the 45th annual conference of Science Teachers’ Association of Nigeria STAN),Akure, September 18– 21. Achor EE, Imoko BI, Ajai JT (2010). Sex Differentials in Students Achieveme interest in Geometry Using Games and Simulations Technique.Necatibey Faculty of Education, Electronic J. Sci.Math. Educ. 4(1):1-10. Adedayo, O. A. (2016). The challenges of mathematics education in contemporary Nigeria. Lagos:Unique Press.Central Board for Secondary Education (2003).Mathematics laboratory – guidelines toschools, New Delhi. Adenegan, K. E, Ipinlaye, A. B.Lawal, and M.O (2013): Enhancing Quality Control of Mathematics Education through Improvisation and Utilization of Instructional Materials for Mathematics Teaching in Nigerian Schools.Journal of Educational Administrationand Planning ,Ondo. Adeyegbe, S.A., (2015). In search of Indices for measuring the standard of education: Need for Shift in Paradigm. West African Examinations council, Lagos, Nigeria.No.1, Pp 49-55. Akpan, O. (2016). Laboratory facilities for mathematics teaching. Unpublished seminar paper, University of Calabar, Nigeria. Azuka, B. F. (2015). Mathematics education for sustainable development: Implications to the production and retention of mathematics teachers in Nigerian schools.British Journal ofEducation 3 (1), 44-51. Vol 10. No. 3 March 2024 Chiu M. (1993) A study of factors Affecting Attendance at Adult Education short courses in
[email protected] Retrieved on December, 18, 2007. Educational Research, 2 (2): 159 -164. Ejike, C. E. (2018). Lecture note on: Utilization of laboratory facilities (unpublished). Eshiet, I. T. (2017). Improvisation in science teaching philosophy and practice. Abak: Belpot Press. Explorable.com (2014), available at http://www.explorable.com/stadt Farombi, J.F. (2012). Resource concentration, utilization and management correlates of students learning outcomes: A study in school quality in Oyo States. Federal Republic of Nigeria (FRN, 20I4). National policy on education (4th Edition) Lagos: NigerianEducational Research and Development Council Press. Gana, E.S., (2003). Effects of using visual designed training models on the learning of mathematics at Junior Secondary school, Ibadan, Nigeria. Hager, W. R. (2011). An investigation of verbal behaviour and learning climate in undergraduate engineering classroom.Journal of Research in Science Teaching, 11(2), 121-131. Harbor-Peters, V.E.A. (2016). Mathematics Language for New Millennium. Implication to the society. Hosfstein, A. &Ginetta, A. (2013). Trends in assessment of laboratory performance in secondary schools in instruction. Iowa: University of Iowa Press. Ifeakor, A. C. (2014). The status of resources for effective teaching of mathematics in Nigerian secondary schools.46thannual conference of STAN, Calabar, August 3-7. Ihuarulam, A. I. (2014). Chemistry teachers’ perception of availability and utilization of resources for curriculum development in Kano State. Published M.Ed. thesis, Bayero University Kano, Nigeria. Kolawale E.B. &Oluwatayo, J.A. (2014). Mathematics for everyday living. “Implication for secondary schools”. Mathematical Association of Nigeria Proceeding of September 2004 National Conferences Sokoto. Lagoke, B. A. (1997). Toward an elimination of the gender gulf in science concept attainment through the use of environment analogs.International Journal of Science Education, 9(4), 365-367. Mohammed, M.J. &Kurumeh, N (2016). The use of Montessori approach in promoting students’interest in mensuration. www.primejournal.org/pre/pdf Moore, C (2015 April). Mathematics for critical thinking. Lead paper presented at the annual conference of M.A.N Anambra state chapter. April 2005. Vol 10. No. 3 March 2024 Nwachukwu, G.O., (2012). A survey of the resources for the teaching and learning of biology in some new secondary schools in Lagos, Ibadan Nigeria. Nwadinani M. (1994). Managing Pupils Attendance Data for Computerization: conference University of Benin. Nwankwo, O.C. (2016). A Practical Guide to research writing. Revised second edition. Pan UniquePublishers. Port Harcourt. Nwoke, B.I. and Nnaji, L.N. (2011). Effects of using mathematics laboratory in teaching mathematics on students’ achievement in mathematics. Journal of Issues on Mathematics.14 Obarakpo, S.J (2016) Effect of active learning of students’ achievement in mensuration: Implication for secondary school mathematics and the Millenium development goals. The voice of Teachers, I(2), 73- Obstacles to Effective Secondary School Mathematics Education: The challenge of Mathematics Educators. Journal of Research Development NARD, 1(i): 66 – 71. Odili, G.A., (2013). Teaching mathematics in the Secondary Schools. Anachuna Education Books, Obosi, Nigeria. Ogunkunle, R.A (2009). Teacher effectiveness as emergent issue confronting Quality mathematics education in primary schools in Rivers State. African Journal of Historical Sciences in Education.5(1&2) 73-80. Ogunniyi, M.B., (2002). An analysis of prospective science teacher’s understanding of the nature of science teaching. J. Res. Sci. Teach., 19: 25 32. Ojonuba, O. M (2017) Effectiveness of teaching mathematics using mathematics laboratories on students achievements in tertiary institution. Okafor, P. N. (2000). Difficult concepts in Physics as experienced by senior secondary students in Akwa-Ibom State. Journal of Research Information in Education, 1(1), 114-121. Okeke, R. J. (1995). Principles of development selection, utilization, evaluation storage and retrieval of instructional materials. In F. A. Okwo and G. A. Ike (Eds.), Educational technology: Basic concepts of issues. Nsukka: University Trust Publishers, 45-76. Okereke SC (2006) Effects of prior knowledge of implications of mathematical tasks /concepts to career types and gender on students’ achievement, interest and retention. In U. Nzewi (Ed) STAN procedures of the 47th Annual conference, 253-259. Okoli.A., (2000). Education: A year of Disaster at All Levels, Vanguard Publishers, Lahore, Pakistan pp: 12-13. Vol 10. No. 3 March 2024 Olatunde, Y.P (2010) Adequacy of Resource materials and mathematics achievement of senior secondary schools in south western Nigeria. Medwell Journals vol 5 (2) 1-4. Onwu, G.O.M., and C.O. Moneme, (2013). Network analysis of student’s problems solving difficulties in electrolysis. J. Sci. Teachers Assoc. Nig., 25: 35-37. Onwuka, P.O; Moseri, P.O; & Iweka, S (2010).Constructivism: A tool for improving the teaching and learning of mathematics for attainment of seven point agenda. Proceeding of Unilorin. Annual national conference of mathematical association. Ilorin. Proceedings of Annual Conference of Mathematical Association of Nigeria. Rahman, M.N., &Amoo, S.A. (2004). Secondary school students attitude to learning of mathematics in the words of information technology- implications for mathematics teacher and teachers preparation. Proceeding of the 45th Annual Conference 2004 of the Science Teachers Association of Nigeria 175-178. Raimi, S.M., (2006). Gender differences in acquisition of practical skills. J. School Sci. Educ., 1: 28-40. Sidhu, K.S. (2006). The teaching of mathematics. India: Stirling publishers private Ltd. Soyibo, K. and G.O.E. Nyong, (2005). An analysis of the school certificate mathematics result of the old and new secondary schools in Cross River State. Nig. Educ. Forum, 7: 245-250. Sreedhara, C.S.S. (2008). Mathematics laboratory. Retrieved on 17th November, 2008 from http://www.mathslabscs.com Strategies for Eliminating Wastages in Vocational and Technical Education for sustainable Technological Development in Nigeria. Journal of Research in Education, 4(2): 30-36. Udo, E. U. (2006). Availability, selection and utilization of instructional resources for teaching primary science in Uyo Local Government Education Authority, AkwaIbom State.47thannual conference of