eWai vs CloudLabs Free practice

The waiata tawhito chosen for this application, are a recognised part of the repertoire of ART mōteatea commonly heard on marae throughout our tribal area, and indeed across the country. As part of two key components of all TWoR qualifications; Hapū and Iwi Studies, and Te Reo Māori Studies, these waiata are researched and learnt by the student. The general aim is to advance the students understanding of oral literature through analysing, explaining and performing their chosen waiata. Continuing the innovation well into the new millennium, this application was developed to assist the learning of mōteatea. It encompasses all modes of learning styles; visual (associates information with images), aural (in which the person learns through hearing/listening), tactile (through touch) and kinaesthetic (the person actually carries out the activity). This allows learners/users of all ages, all styles, and ability to optimise interaction with content in a way not yet experienced by most. NB: The user interface is in English and all Waiata (Songs) are in te reo Māori accompanied by English translation and associated history. More information can be found at www.wananga.com FEATURES - Swipe-to-Read™ - Read-to-me and read-it-myself options - Record & Play your narration - Colour Paint mode with paint and brush palettes NEED HELP? Contact us: support@kiwadigital.com KIWA® is the world’s leading production house for experiential digital books. We partner with publishers and other content owners, using our patented technology to bring content to life in revolutionary new digital formats that deepen your child’s engagement and understanding. Check out our website: www.kiwadigital.com Find us on Facebook: https://www.facebook.com/KiwaDigital

In this lab you will find an air rail with two position sensors to measure the start point and end point of movement. For the development of this practice, the student will have the possibility to configure the initial position, the initial velocity and the acceleration. In addition, the simulator allows you to move the sensors along the rail to determine the points where you want to measure the movement, in order to obtain the numerical and graphical results of the movement. It is also possible to visualize the effect of the friction force on the movement by regulating the amount of air that is expelled by the rail.