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Inclusive education strives to support all students, regardless of their differences, so no child is left behind. However, some teachers, especially those in high schools, may oppose inclusive education. This study aimed to examine the experiences and actions of high school mathematics teachers as they taught students with visual impairments to understand the challenges they faced and how these affected their willingness to embrace the inclusion of these students. Researchers conducted semi-structured interviews with eight mathematics teachers experienced in teaching students with visual impairments. The findings were organized into five themes: mathematics teaching practices, curriculum, material preparation, assessment practices, and beliefs about inclusive education and students with visual impairments. The results revealed that while mathematics teachers were conscious of not being adequately equipped to implement inclusive education, those with strong teaching efficacy beliefs were more inclined to teach rigorous mathematics to students with visual impairments. [ABSTRACT FROM AUTHOR]

Algebra is a key course in the secondary mathematics curriculum. As a prerequisite for post-secondary mathematics, science and engineering courses, it is considered a gateway course. Since mathematical knowledge for teaching involves more than content knowledge algebra, teachers must be able to do more than successfully complete algebraic problems. They should understand algebra deeply and flexibly so that they are able to mediate students’ ideas, make choices about representations of content and modify curriculum materials. Yet, little is known about how certain groups view algebra and its teaching. In order to determine the beliefs held by a group of South African mathematics teachers with historically disadvantaged backgrounds teaching in schools that were previously segregated through Apartheid, this paper reports on what the group felt are the most important features of algebra. [ABSTRACT FROM PUBLISHER]