20 Kasım 2017 Pazartesi

Geometer's Sketchpad and Euclidea

     Hi everyone,
     I want you to introduce ‘Geometer’s Sketchpad’. It is a dynamic software which increases the students’ interest of geometry and mathematics. We can provide the students to understand and comprehend geometry and mathematics more easily by the visual support thanks to GSP. You can do a lot of things which helps to use in class activities with class. You can create points, straight lines, circles, etc. on the screen. And then you can hide unnecessary point and do animation show.
     I have learnt the GSP in this semester. An instructor showed us some basic constructions and we tried to construct on our computers individually. If we did not find the way, we asked our friends for help and expressed our opinions collaboratively. In this way, we discovered a lot of properties of GSP. For example, when we tried to do equilateral triangle in sketchpad, we showed that there is more than one way for this. So, when the students study with this software, they can find different ways to do same things. In this way, make an interference and understand more deeply.
     You can find more information about GSP in http://www.dynamicgeometry.com/ .
     If you want to introduce GSP, this website might be useful. You will find several short tutorial videos which shows basic properties of GSP. https://www.atomiclearning.com/geomsketch_pc
     Another thing I have to mention about is a game whose name is Euclidea. In this game, there are some tasks which you have to complete to pass next level. Every level has average 9-10 tasks and you have to earn three stars from them. Solving the task is enough to earn one star. The main goal is to solve a problem with minimum number of moves. There are two moves: E is elementary Euclidean constructions and L is straight or curved lines. Each level has E and L goals. You have to complete these goals to earn another two stars. Earning three stars from all tasks is not enough to pass the next level, you have to find some hidden stars. To find them, you should indicate the all solutions at the same drawing. In generally, hidden stars occur in the symmetric situations.
     You can play this game in website https://www.euclidea.xyz/en/game/packs or download from App Store and Google Play.

     I hope, I can arouse you interest about this game 😊