Bøger af Charlotte Green

How to transform student learning with iPad Tablets have been hailed as the biggest revolution in education since the printing press, but years since the launch of the iPad why has so little in education changed? Many point to the fact that they're just the latest educational fad, or that their benefits have been oversold. Others call for a return to the traditional methods of teaching, but on the periphery you see schools achieving incredible things with iPads. Schools like ESSA Academy, The de Ferrers Academy and Hove Park all reporting record student results within just a few years of introducing this technology. How are these schools achieving this and how can your own replicate it? In The Tablet Revolution, entrepreneur and school improvement expert Jay Ashcroft explains why and, most importantly, how. Having worked with hundreds of schools using iPad, Jay knows what works, what doesn't, and how you can start transforming student learning with the iPad at your institution. This book is a recipe for ensuring your school, college or University starts transforming student learning with iPad too. The Tablet Revolution covers: Challenging and inspiring students to do their best Getting your infrastructure right from the beginning Funding and growing your iPad project year after year Engaging parents to get them on board Developing sustainable, high quality teacher training opportunities

Teachers are the core of every school. The future of students' lives are in their hands, so why is it that when it comes to technology, teachers are at the back of the queue. The explosion of paperwork has overwhelmed schools, and lacking the right technologies, teachers have been left to face the full force of it. Overworked and under-supported, teachers aren't able to excel and neither are students. It's time to rethink how we use technology in education if we are to truly revolutionise our schools. It's time to REBOOT

Electronic devices are the devices which work on electronic variables such as power, voltage or current. These systems are used for controlling the flow of electrical currents for information processing and system control. Electronic devices contain two types of components, namely, passive components and active components. Passive components are without gain or directionality such as resistors, capacitors, diodes and inductors, whereas active components are those having gain or directionality. Active components include transistors, integrated circuits (ICs), and logic gates; whereas circuit is a passive component. Electronic systems are created to process electrical signals. The electronic systems can have a number of inputs and outputs. Some examples of an electronic system are an audio system, MP3 player and television. Electronic devices and systems are utilized for the acquisition or acceptance, processing, storage, display, analysis, protection, disposition, and transfer of information. This book outlines the applications of basic electronics devices and systems in detail. Coherent flow of topics, student-friendly language, and extensive use of examples make this book an invaluable source of knowledge.