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Technological advances stimulate an increasingly globalized and virtually interconnected society, making the exploitation of technology resources in the area of education no longer the object of discussion, but of reflection. Several software with interactive proposals are developed daily, arousing the curiosity of students in digital interaction. Obtaining good results using these tools is an object of concern for teachers and the school community. Thus, in order to understand how mathematical experiments occur with the use of dynamic geometry software, especially GeoGebra, in basic education, we present in this article a bibliographic survey of works on this theme. Most of the studies analyzed focused on geometry content. Among the results, the following stand out: the good reflection provoked by the activities, the formulation of hypothesis and conjectures, in addition to arousing the arguments in students. These notes are important, as they demonstrate that these experimental activities using the GeoGebra software underpin and drive the learning of Mathematics in a dynamic way and meet the contemporary demands of modern society, training the student in the field of technologies. [ABSTRACT FROM AUTHOR]

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