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Support the Realistic Mathematics and its Influence in the Mathematical Self-Efficacy in Aspirants to Engineering

机译:支持现实的数学及其对工程新人数学自我效能的影响

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The evaluations of the Programme for International Student Assessment (PISA) demonstrate that Peru has serious shortcomings in mathematics, result that is harmful to the formation of future engineers. For it before this problems the Institute of Sciences and Humanities (ICH) promotes the Realistic Mathematical Education (RME) in the pre university education. And before the need to evaluate some achievements of the ICH, the present studies takes as a finality to identify relation between the application of the principles of the RME and the mathematical self-efficacy in a sample of 60 pre university students candidates to the engineering careers (28 men (45.9 %) and 32 women (54.1 %)) (Mage = 17.84, SD = 1.76). The results demonstrate that the application of the principle of guided reinvention and the principle of interconnection is related by them with the mathematical self-efficacy; but only the principle of interconnection predicts to the mathematical self-efficacy.
机译:对国际学生评估计划(PISA)的评估表明,秘鲁在数学方面存在严重缺陷,其结果不利于培养未来的工程师。为此,科学与人文学院(ICH)在大学预科教育中推广了现实数学教育(RME)。并且,在需要评估ICH的某些成就之前,本研究最终确定了RME原理的应用与数学自我效能感之间的关系,该研究来自60名工程学专业的应届大学生候选人(男性28名(45.9%)和32名女性(54.1%))(法师= 17.84,SD = 1.76)。结果表明,指导式再造原理和互连原理的应用与它们的数学自我效能有关。但是只有互连原理才能预测数学自我效能。

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