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Week 9: This is a journal article that ties in the importance of screencasts and mathematical education. The article delves deeper into e-learning and evaluates the effectiveness of screencasts on both math and science. Screencasts can be used as instructional strategies for increasing learning beyond what an individual educator can do for any one child at a time. The key behind this strategy in its value is if it is reused enough times to impact learning. It is a resource to keep in mind when planning for reteaching or providing more exposure and support for a concept learned.

Note: The article is in English, although the page that shows the full article is written in Spanish. This article presents the idea that using screencasts and/or video lessons can help give students access to better instruction. The main idea of the paper is that to properly support students, one needs to be able to help answer questions in a timely fashion. As students study away from school, they tend to email questions to their instructors. I have noticed in recent years that emailed questions, although extremely relevant, can be unwieldy to explain via text. The article's text has the exact same conclusion (which is why it resonated with me the way it did) and makes the distinction that those same unwieldy or impractical 'text' solutions would be trivially answered if the student was face-to-face with the instructor. This concept, that face-to-face interaction is superior to all others, is the motivation for writing this paper. While screencasts and videos are not very interactive (for the most part), they are superior to simple written explanations (especially for complex or visual problems in science and math).

Wow! What a thoughtful analysis of the idea of using screencats and/or video lessons to support student learning.

This is a great resource for technology integration. The sites listed are easily adaptable across subject areas. This would be a good tool for differentiation and for teaching to different learning styles. I particularly like the ReadWriteThink site and the Screencast-o-matic. The ReadWriteThink site allows students to demonstrate knowledge, and the Screencast-o-matic seems like a great tool to create sub plans!

This blog was very interesting and reminded me of tools I haven't looked at or thought to use in my classroom. I could see using Google Earth for students to have an interactive adventure through history. Also, I envisioned myself using the Screencast-o-matic, Quzziz, and Formative with my students.

Front Row is a website and an iOS application designed for K-8 students. The application was originally designed to help close instructional gaps in mathematics. This adaptive learning software allows students to work at their own pace as they earn coins and move up levels in all 5 of the Common Core math domains. Later on Front Row added an ELA component that provides leveed texts and quizzes for students. All of the activities that students do through From Row generate data for parents and teachers. One of the features that Front Row also has is free and paid IBL's (Inquiry Based Lessons) for grades 1-8. I actually created a screencast on how I use IBL's in my own classroom.Check it out here -> https://www.youtube.com/watch?v=Qot1wzQTd5o

Front Row is a great software that helps teachers fill learning gaps! It is an application that students have their own accounts where they can individualize their learning. They learn at their own pace and are not pressured to stay up to speed as their peers. There is motivation involved in collecting gold coins, and there are videos for students that need extra support on a certain content if they are answering the questions incorrectly.I have used Front Row in my classrooms through blended learning and it has worked great!