#Geogebra classic 6 how to
#Geogebra classic 6 software
#Geogebra classic 6 download
#Geogebra classic 6 free

#Geogebra classic 6 download

Download ready-made templates from the official site in.

The program allows create Java applets of dynamic drawings for their inclusion in Web pages.

New and improved tools: Pen, Freehand Shapes, Delete, Hard Polygon.

Many new commands, such as SlopeField, LocusEquation, SurdText.

Approximation of a set of points of a curve of a given type: polynomial, exponent, logarithm, sinusoid.

Calculation of the correlation coefficient.

Statistical functions: calculation of mathematical expectation, dispersion.

it to this repository using any version of GeoGebra - although I confess I much prefer GeoGebra Classic.

Finding points of intersection of curves Lesson 6(a): Creating a GeoGebra Assessment Task.

Actions with matrices: addition, multiplication.

#Geogebra classic 6 free

Join us Visit to learn more and find all our free GeoGebra apps. Millions of people around the world use GeoGebra to learn math and science.

Construction of the locus of points depending on the position of some other point belonging to some curve or polygon (Locus tool). GeoGebra Classic joins graphing, geometry, 3D, spreadsheets, computer algebra and probability in one easy-to-use and powerful package.

Hyperbola - by two foci and a point on the curve.

Ellipse - by two Focuses and a point on the curve.

Circle: - in the center and a point on it.

Construction of conic sections: Conic of an arbitrary type - by five points.

Construction of curves specified parametrically in the Cartesian coordinate system:.

The basic concepts obtained in this way will perhaps become a solid foundation for further learning and, quite possibly, even for discoveries.

#Geogebra classic 6 software

The special value of this software lies in the fact that secondary school students and students will be able to gain additional knowledge in an interesting, non-standard form, exercising and developing on their own. Such a symbiosis of several sciences in a single application interface will allow you to quickly master many tricks in the coordinate system, understanding the correct construction of geometric shapes not only on the plane, but also in space.

#Geogebra classic 6 how to

GeoGebra is a multiplatform software for mathematicians, distributed free of charge by the authors, which allows you to open new horizons for understanding geometry and algebra, visualize complex expressions, and learn how to interactively understand how complex geometric shapes are built. There were 23 students who completed or around 88,46%, percentage of average score of student activities was 94.17%, and as many as 94.47% of students gave a positive response.Interface language: Russian, English and others Step 2: Click on the button Download GeoGebra 6. The observation result of the learning implementation score was 3.8 with a percentage of 95%. Step 1: Under Select version at the top right of the page, choose GeoGebra 6. The validity scores obtained by each device are 3.5 for the face-to-face plan, 3.41 for the student worksheet, and 3.56 for the learning outcomes test. The learning tools that have been developed meet the criteria of valid, practical, and effective. Apps bundle including free tools for geometry, spreadsheet, probability, and CAS. To improve students’ thinking skills, it is necessary to develop tools that support the success of learning activities. To improve higher-order thinking skills, we apply RBL learning integrated with STEM approach. Indicators of computational thinking consist of problem decomposition, algorithmic thinking, pattern recognition, abstraction and generalization. Based on the test results, researchers found that 82.75% of students were complete so that they met the effective criteria.Ĭomputational thinking is thinking process that is needed in formulating problems and solutions, so that these solutions can be effective information processing agents in solving problems. The observation results of learning implementation were 3.79 with a percentage of 94.75%, and student responses were 97% positive so that they met practical criteria. The validity scores that obtained on each device were 3.66 for RTM, 3.53 for MFI, and 3.69 for THB.

The teaching materials that developed have met the criteria of valid, effective, and practical.

This research develops RBL learning materials with a STEM approach to improve students’ combinatorial skills. To develop student combinatorials, educators must also equip the learning process with teaching materials. To apply higher-order thinking skills, we apply research-based learning with a STEM approach. Indicators of the combinatorial skills include identifying some cases, recognizing patterns from all cases, generalizing all cases, proving mathematically, and considering with other combinatorial problems. Combinatorials require critical thinking procedures and convincing reasoning in the problem-solving process.