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职校生数学基础参差不齐,多数学生对数学学习缺乏兴趣,有畏惧厌烦等心理,导致教学质量一直难以提高.本文从多方面探讨如何激发学生数学学习兴趣,提高数学教学质量. 相似文献
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《华夏少年(简快作文 )》2014,(7)
数学普遍被认为是一门枯燥且难以学懂的学科,多数学生对数学学习的兴趣也不是太高。根据组合数学教学中的实践谈一下这门课在提高学生学习数学兴趣上的一些作用。 相似文献
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李海侠 《学生之友(初中版)》2011,(23):53-53
兴趣是学生合作探究和主动学习的第一内驱力。每位教育者大都知道“兴趣是最好的老师”、“兴趣是求知的源泉。”数学教学经过多年改革,注入了很多改革新元素,但由于多数学生学习习惯较差,读书意识不强,对数学学习失去兴趣,学生普遍是数学知识薄弱,对数学解题技能技巧掌握较差。如何激发学生学习数学的兴趣呢？本人在工作中坚持从以下几个方面做起,收到了事半功倍的效果。 相似文献
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职高学生数学基础较差是当前普遍存在的现实,且多数学生对数学学习缺乏兴趣。职高教师在教学时,必须根据学生身心发展和数学学习的特点,关注学生的个体差异和不同学习需要。尝试教学方法改革,以充分激发学生的主动意识和进取精神,达到提高数学教学的兴趣的目的。 相似文献
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<正>爱因斯坦曾经说过:兴趣是最好的老师.如果学生对某件事物感兴趣,他就会自觉地、积极地去学习他,学习也会很轻松.由此可见,培养学生学习数学的兴趣是至关重要的.下面是笔者对学生学习数学兴趣因素的研 相似文献
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郑爱武 《数学学习与研究(教研版)》2013,(3):130
在教学中,数学差生是我们经常遇到的现象,分析其原因,在很大程度上与学生的学习兴趣有关.学生对数学感兴趣,就会积极主动地参与数学学习,主动想方设法解决数学学习中碰到的疑难问题,获得数学基础知识和基本技能,发展数学能力.因此,有必要对学生的数学学习兴趣进行研究,分析影响学生数学学习兴趣的主要因素,使数学教师能在平常的数学教学中,进行有针对性的教学设计,培养学生的数学学习兴趣. 相似文献
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美国心理学家布鲁纳说:"学习最好的刺激是对所学学科的兴趣。"在数学被多数人误认为是枯燥学科的情况下,培养学生自主学习数学的兴趣,就能使学生体会到动脑筋思考数学问题和做数学习题的乐趣。这样无论是优等生还是学困生,都会在原有基础上有所收获。在数学教学中如何 相似文献
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数学是模式的科学,具有高度的抽象性、严密的逻辑性和应用的广泛性。面对这三大特性,学生在认知和运用数学知识时总会感到有一定的难度。这也是导致多数学生患“数学恐惧症”的主要病因之一。因此,如何培养学生的数学学习兴趣,是摆在每一个数学教育者面前的一个不可回避的课题。如何培养学生的学习兴趣呢？笔者认为应从数学学科的特点和数学课堂的特点出发,把激发学生的求知欲和增强学生的自信心作为教学目标,不断增强学生学习数学的兴趣, 相似文献
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兴趣是最好的老师.为引导学生对学习数学产生兴趣,教师应创设情境,诱发学生的学习兴趣;运用直观教学,培养学生的学习兴趣;引导学生动手操作,激发学生的学习兴趣;多用鼓励性语言,调动学生的学习兴趣. 相似文献
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Constantinos Xenofontos 《Cambridge Journal of Education》2015,45(4):475-488
Research in diverse mathematics classrooms suggests that pupils’ learning is influenced by both linguistic and cultural factors. In recent years, the demographics of Cypriot (mathematics) classrooms have become very diverse. In 2003, the Ministry of Education and Culture introduced the Zones of Educational Priorities, a UNESCO strategy for positive discrimination, to support schools with high proportions of immigrant pupils. This paper examines how elementary teachers in such schools see their immigrant pupils as learners of mathematics. The findings confirm two main factors identified in the literature (language and culture), yet the Cypriot teachers in this study share some particular views on how these features impact mathematics learning. Some recommendations for policy-making and future research are discussed at the end of this paper. 相似文献
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民族地区小学生数学学习态度调查研究 总被引：1，自引：1，他引：0
本研究以民族地区194名少数民族和汉族小学生为被试,使用问卷法对小学生数学学习态度的现状进行调查,结果表明：1．少数民族学生对“数学用处”和“得到教师的关注少”的认识比汉族学生低;2．四年级数学态度得分最高,五、六年级出现下降趋势;3．女生数学态度均分高于男生,但男女生的数学成绩没有差异;4．数学态度在“对教师的看法”上存在地域差异,市区学生得分优于郊区和山区学生;5．数学学习成绩好的,其数学态度得分较高。数学态度与数学学习成绩是双向影响的,这在民族地区的数学教学中应给予充分重视． 相似文献
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数学教育评价的回顾与展望 总被引：5，自引：0，他引：5
我国基础教育正实施重大改革，对数学教育评价内涵的正确认识以及对学生的学习、教师的教学做出合理评价是实施数学教育改革的关键．在重新建构数学教育评价理论体系时应注意：(1)树立正确的评价观；(2)数学教育评价理论最终都是为了促进学习者主动、积极、有意义的建构；(3)数学教育评价应将评价原理和数学内容以及学习方式的独特性统一起来；(4)评价理论应遵守4项主要准则．在数学教与学的评价实践中要注意在评价信息收集、评价方式、评价角度、评价结果处理等方面做出改进． 相似文献
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Zhenzhen Miao David Reynolds Alma Harris Michelle Jones 《Asia Pacific Journal of Education》2015,35(3):392-403
This article presents initial findings from an empirical study of the effectiveness of mathematics teaching (EMT). The article explores the teaching of mathematics in two very different contexts: England and China. Within each country, the target cohort of pupils were those aged 9–10 and overall, 19 teachers, 10 from England and nine from China, participated in the study together with their pupils (n = 562). Two internationally validated instruments were used to collect the data and teacher behaviours were also measured systematically. In addition, structured observation was undertaken in classrooms in both countries. The results show that, on average, Chinese teachers scored higher on effective teaching measures and Chinese pupils outscored their English peers in the tests that were part of the study. This research project is currently collecting qualitative data but its findings, to date, reinforce the findings from previous research studies suggesting that certain teacher behaviours and classroom factors work effectively to improve student learning outcomes. 相似文献
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Muhammad Maqsud 《Educational research; a review for teachers and all concerned with progress in education》2013,55(2):237-243
An experiment was conducted to examine the effects of metacognitive instruction on mathematics achievement and attitude towards mathematics of low mathematics achievers at a middle school in the North‐West Province of South Africa. Forty standard (std) 7 pupils were identified whose non‐verbal general ability and previous mathematics achievements were significantly lower than those of other std 7 pupils. These subjects were randomly assigned to an experimental group and a control group. Metacognitive strategies in solving mathematical problems related to four mathematics topics were individually taught to the members of the experimental group, while the pupils in the control group were taught the four mathematics topics through the conventional method of teaching mathematics. The comparisons of pretest and posttest measures of general ability, metacognitive awareness, attitude towards mathematics, and mathematics achievement revealed that the posttest scores of all the four variables for the experimental group were significantly higher than those for the control group. 相似文献
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《师资教育杂志》2012,38(2):93-94
An important social concern in mathematics education is that the educational attainment of pupils may be influenced by teachers' competence in the curricular area they are teaching. This paper provides some insight into the relationship between student primary teachers' mathematics subject knowledge and their reported confidence to teach that subject. Eighty Bachelor of Education first year students completed an attitudes survey as well as an online mathematics competence test which consisted of 28 randomly generated questions from a bank of approximately 300 questions based on the attainment targets of the Scottish curriculum 5–14 document at level F with some E. Students were asked to rank teacher attributes. Though 98% of the students ranked basic numeracy skills as the most important, 65% of the cohort did not possess these skills. Moreover 95% suggested confidence was important, but confidence levels were found to be low even among students with higher than minimum entry requirements to the undergraduate primary teaching programme. It is perhaps not the level of mathematics that needs to be changed but the nature of mathematics taught and learned at that level that needs to be addressed. This in turn has implications for the approaches and the programmes deployed by Initial Teacher Education courses. 相似文献
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数学应用意识是指运用所获得的数学知识去解决同类或类似的问题的过程 ,特别是根据不同问题情境的要求和制约灵活使用已有知识的能力 ,并通过在不同的情境中对原有知识的使用达到对原有知识重组和再学习的目的。学生在解决数学应用题时 ,数学应用意识普遍淡薄。造成学生缺乏数学应用意识的主要原因在于学校的数学课堂情境与真实生活数学情境存在着根本差异。研究表明通过创设类似真实的数字情境能够促进学生数学应用意识的发展。 相似文献
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Adina Mishal 《Teacher Development》2016,20(2):253-274
The present study aimed to explore the contribution of a mathematics in-service training course to elementary school teachers (1st–6th grades) in Israel. The study was conducted among 449 educators. They were required to respond to background questions. Moreover, they were asked to indicate their expectations from the in-service training course and, at its end, point out to what extent they benefitted from that course. The research findings illustrate that educators who teach mathematics at elementary school and attended the course are generally women in their 40s, holding a BEd degree and a teaching certificate not in mathematics, with an average 13-year seniority. The participating teachers indicated their wish to enrich their didactic knowledge in order to acquire varied tools for teaching mathematics to the entire pupil population as well as to gifted pupils and pupils with learning difficulties. Nevertheless, their demand to expand their mathematics knowledge was very limited. Based on the fact that most teachers have no mathematics education, this is a surprising finding as, in order to be a good teacher, one must be versed not only in Pedagogical Content Knowledge but also in Subject Matter Knowledge. 相似文献