Use of math software Mathematica to learn to derivate multiple variables functions online

Gabriela Campuzano, Carlos Sánchez, M. Bayas
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Abstract

Technological tools, teaching materials and students’ acceptance are key aspects for online education at current times. The use of computer algebra systems (CAS) may improve students’ perception about online learning as it offers an interactive environment where academic achievement could increase. Math software Wolfram Mathematica under its cloud version was studied for learning second semester multivariate calculus online. A quasi-experiment was conducted with control and experimental groups. Pre-tests were carried out to evaluate the similarity of groups prior treatment and post-tests to assess scores after students learnt derivatives in multivariable calculus. Two-sample t-test was used to determine how similar the means of the control and experimental groups were for pre and post-tests’ scores. Experimental group scored significantly better than control group demonstrating the positive effect this software had on multivariate calculus learning. Students from experimental group answered a survey to evaluate in more detail the experience. Results indicate that math software should be implemented in calculus courses during online education.
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利用数学软件Mathematica在线学习多元函数的推导
技术工具、教材和学生接受度是当前网络教育的关键。计算机代数系统(CAS)的使用可以提高学生对在线学习的看法,因为它提供了一个可以提高学术成就的互动环境。第二学期在线学习多元微积分,研究了云版数学软件Wolfram Mathematica。对照组和试验组分别进行准实验。学生在多变量微积分中学习导数后,分别进行了前测试和后测试,以评估各组前治疗的相似性。采用双样本t检验来确定对照组和实验组在测试前和测试后得分的相似程度。实验组得分明显高于对照组,说明该软件对多元微积分学习有积极作用。实验组的学生回答了一项调查,以更详细地评估体验。结果表明,在线教育中应在微积分课程中引入数学软件。
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