Digital Citizenship Image sourced from: https://www.google.com/url?sa=i&url=https%3A%2F%2Fsites.uab.edu%2Fhumanrights%2F2019%2F01%2F18%2Fdigital-citizenship-the-good-the-bad-the-role-of-the-internet%2F&psig=AOvVaw36CvaZO80HlTQ_GJk4wiUm&ust=1718685259106000&source=images&cd=vfe&opi=89978449&ved=0CBMQjhxqFwoTCMjdirfR4IYDFQAAAAAdAAAAABAE Digital citizenship refers to the responsible use of technology by anyone who use technology(computer, internet, and other digital devices). it can be also defined as norms of appropriate responsible, behavior with regard to technology usage. While using technology also one should use it positively, critically and responsibly. 1. Digital rights The right to a safe and secure digital environment. It includes protection and security from online attacks(harassment, cyber bully and other cyber attacks) The right to privacy and control over your personal digital information. Teacher have rights to secure and protect thei...
Lesson no: 1 Teacher Name: Tshering Yeshi Topic: Flower Subject: Science Class: IV Time: 45 Mins Teaching Learning Materials: game from Science for kids, Google slides, Textbook, Worksheet. ICT Model: SAMR model Previous Knowledge: The Students have learned about the effects of water on growth of plants. Lesson Objectives: At the end of the lesson each student should be able to; name at least five parts of flowers without looking at the textbook match the parts of flowers with their names accurately through game tell the importance of flowers in their own words. Lesson Introduction (5 mins): Start the lesson by asking a few students to briefly talk on what they have understood in the last class. The teacher will supplement and provide more information if they haven't understood. Introduce the lesson by asking what is the most beautiful part of a plant or tree, the expected answer is a “flower”. So, then move on with the main lesson. Lesson Development (35 mins): -Inf...
The use of or integration of PhET simulation in disciplines such as science provides a wide range of opportunities to manipulate, learn, apply theoretical concepts and principles or your own hypothesis with minimal risk and maximizing efficiency. The application of critical and evaluative thinking is encouraged via simulations. It would allow students to consider the ramifications/impacts of a scenario because they are unclear or open-ended. It will enable students to be more eager and interactive to the exercise because they feel as though the situation is real. For instance, designing an electrical circuit (parallel and series) eliminates the problem of inadequate resources and allows the students to experiment without the risk of shot circuits or accidents. Moreover, it provides accurate and authentic information about electrical connections in real life via simulation. Image of a Series Circuit Simulation
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