- Use in the classroom:
- Lesson: In Algebra II we spend a lot of time on solving quadratic equations by various methods (graphing, factoring, square roots, completing the square, and the quadratic formula). The content can become dull and repetitive fairly quickly, so showing videos is a great way to keep the students interested and engaged in the topic. WSHS has a math channel on YouTube, and the math teachers have created multiple videos related to various math topics. Their videos are AWESOME! The content is accurate and creatively presented, and I absolutely love showing their videos to my students as part of my lessons.
- Objective: Students will be able to solve quadratic equations by factoring, completing the square and the quadratic formula after watching a YouTube video that describes each method of solving quadratics.
- As much as I love showing these videos to my students, I understand they take a lot of time and effort to create that a teacher may or may not have to dedicate to their lessons. I can't always create videos, but I appreciate those who can/do. As opposed to creating a full-blown video, I often times make up little songs/rhyme to help my students remember mathematical concepts/processes. I hope (in the future) to offer movie making as an alternative to taking a traditional assessment for my students.
- When assigning a mathematical movie making project to my students, I would have to consider the technology/materials available to them as well as the time it would take to create a quality video. These videos could be produced independently; however, I think it would be easier to assign this as a group project. There are other things to consider when assigning a group project such as their ability to meet outside of class and which students work well (or do not work well) together.
- Application:
- The simple application of videos is showing them in class when they apply to a specific lesson. I personally do this all the time, and I know many teachers who also do the same. They really help present educational content in a creative way, and they help to keep the students engaged in the lesson.
- If I were to assign a video project to my students, I would encourage them to think about their audience when creating the video. I would remind them that people all of over the world will potentially see this video, and they may or may not be familiar with the content. I would encourage them to create the video with the idea that their "audience" has no idea what they are talking about: "what's the simplest way of explaining the information?" My goal would be that my students present the content/information in a coherent and simple way. I would also remind them that rapid moving images or complicated terminology can be confusing, so simple is better. I absolutely love the idea of my students creating their own math videos because it gives them an opportunity be creative and show what they know.
- Reflection:
- I wouldn't say my thinking has changed, but this week's assignment has reminded my to provide opportunities for my students to demonstrate their creativity. Math classes tend to be extremely structured, and I need to remember to break the routine sometimes and change things up.
- Having the opportunity to explore various movie making cites was a great resource to keep in mind for future reference. If I plan on assigning video projects in my classes, I'm glad I have resources to offer my students in terms of sites/technology they can use to make their projects.
- I did not notice any tensions between the content and design principles for multimedia. I feel as though tensions exist principles depending on the content, but I also think some principles work better than other depending on the content. I enjoyed this week's assignment because I love showing videos in my classes.
- Your artifacts:
- Evaluation and link
Standard YouTube License
Posted By: WSHSmath
I
teach Algebra II (15 to 16 year old high school students), and one of the
biggest topics we discuss in our course is solving quadratic equations. There
are 5 methods that one can use to solve
quadratic equations (graphing, factoring, square roots, completing the square,
and quadratic formula), and this video discusses the three most popular
methods: factoring, completing the square, and the quadratic formula. I love
that the teachers chose to focus on these three methods because they work for
all quadratic functions as opposed to graphing and solving by square roots which
only works for special cases of quadratic functions. Our district encourages us
(teachers) to find creative ways to present our content, so I enjoy showing
math related videos to my students. I personally will be showing this video to
my students next week when we learn about completing the square and the
quadratic formula, and I showed another video closely related to this one last
week about factoring (Teach Me How to Factor).
The
content in this video is 100% appropriate for my content area and student age.
The information is accurate, well organized, and presented in an interesting way.
I would consider this video to be a credible source because it is created by certified
math teachers from a school in Ohio. Although the video creators chose to use a
popular rap song to make the video, I do not feel as though it is inappropriate
to play in a school setting. In my experience I have found that showing videos
in class enhances the lesson and engages the students’ interest because they
are familiar with the music. One of the many benefits of YouTube is that it
provides videos in a format that can be shown on various mediums. I personally
have a smart projector that projects anything that I can pull up on my computer
screen, so YouTube videos work perfect for me! As much as I love this video, I
would not consider it the best method for learning how to solve quadratic
equations; it is a great supplemental tool for a traditional math less, but I
think students would require a bit more explanation to fully understand how to
solve quadratic equations.
- Video
- Mathematical video teaching about Exponent Rules