Group items tagged

This resource would be used as a lesson. It shows how putting objects in a way of light can make the light bend or go in different angles. I would use the activities in the resource to start off the lesson and ask the students to make conclusions of what they might think could happen.

This is a test which covers the basics of light bending and refraction. I selected this resource because I believe it would be a good way for students to test their knowledge about this topic. In my classroom I would use this as a way to introduce the topic.

I found this while searching for field trip ideas. The author of this summary visited the Maryland Science Center in Baltimore, which features many "hands-on" exhibits. He speaks mainly of the "Newton's Alley" exhibit, where he spoke of the ability to lift himself using pulleys. However, of particular note to me was the fourth paragraph, where he talked about playing the "harp with invisible strings," which was actually powered by laser technology. I selected this resource both out of a desire to find a fun and relevant field trip as well as my own healthy respect for Isaac Newton and his discoveries. I would use this as a basis for planning a field trip to the actual Maryland Science Center facility.

This resource is an exercise in perception with a small nod to biology. Essentially, the activity requires a student to stand astride a 2x3-feet mirror and then, with the leg that is against the reflective side of the mirror, bend at the knee and move it back and forth. This will create the illusion of flight. The idea behind this is not only the reflection of light using a mirror, but it also ties in to basic biology and anatomy by proving that the human body is symmetrical. I chose this out of a desire to find fun light and reflection-based activities that are relatable to younger (K-3) students. I would use this in the classroom as part of a lesson about light and reflection, making sure to give the hat tip to the biology element as well.

This resource contains an interactive program of various materials that demonstrate sound and vibrations that make sound. The program allows students to change materials, pitch, and force. I chose this resource because it fits well with the standard (1-PS4): Plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate. During my lesson, I will focus on this standard, and this program would serve as a fun activity for students. In my lesson, I would use this program as an introduction. This activity would expose students to a variety of sounds and materials while introducing vibrations.

I found this fun and easy activity on Pinterest for students to do while learning about sounds and vibrations. It would be a very cheap activity for students to create in the classroom because all they need is a Kleenex box, rubber bands, and materials to decorate their guitar with! I chose this resource because it fits into my standard 1-PS4-1 because it will show students that vibrating materials can make sound. I would use this resource after presenting a lesson to my students about vibrations and how it travels through different objects. After learning, I think that students would enjoy making this guitar because it is fun and also shows them how sound travels through objects.

This resource provides a lesson plan that will help students build an understanding of the concepts of sound (vibration, pitch) through participation in a variety of hands-on experiments. By observing, predicting, and analyzing results, students can actively investigate the science of sound. It says the required time is two weeks but I don't think that much time is necessary to spend on this. It has many activities for students to do that are all hands on and even includes an assessment for the students. I chose this because it fits well with my standard- 1-PS4-1: plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate. I would use this resource in my future classroom by having the students break up into groups and each group would have a different activity to complete and write down their observations.

This is a lesson on the properties of the electromagnetic spectrum. It is structured much like a lesson plan that we learned about in EDU 309, and as such, is easily broken down into individual parts. The lesson itself provides introduction to the electromagnetic spectrum, UV beads, prisms, and diffraction gratings, and also explains the origins of rainbows. I selected this resource because it provides a clear example of the use of the Next Generation Science Standards (despite its origins in California) as well as a valuable way for elementary students to look at the world around them in a different way. It also provides reading and mathematics connections. I would use this resource as a guidepost to structure my own lesson about light waves and the electromagnetic spectrum.

Excellent first post! you've got the hang of Diigo!

This was a fourth grade physical science experiment that can be used when studying electricity. Although it is not completely free it uses minimal household items so the cost is very low. The students are able to see what goes on inside a battery by completing a circuit. I would use this in my classroom because the students become actively involved in learning and it is something new and "shocking" for them to discover.

Grade level probably more like 4-8 than K-5

These bell-ringer activities for science class. They get the kids focused and warmed-up. They take 5 minutes or less and it gives a teacher time to take attendance. They cover a variety of content areas (general science, physical science, biology, earth science, and astronomy). It even provides answer sheets for a nine week period.

This is a fun, very easy experiment for students to try when learning about the laws of motion. Students are able to see first hand Newton's first law of motion. Students can do this experiments in groups and discuss why the penny doesn't fall.

Who says newer is better?! This Schoolhouse Rock video is a great introductory tool for a lesson on energy. It covers the history of how energy evolved, sources of energy, and the need to conserve energy. This video will catch students attention and it has been proven that putting information to music can be extremely helpful! It can be adapted to a lesson on ways students can conserve energy or a lesson on energy sources.

This downloadable model allows students to manipulate the reactants in the photosynthetic equation. Doing so changes the outcomes of the products. This is a wonderful tool for understanding the physical implications of change in the environment.

There is a typo in the link causing the item not to be found. Edit to: http://concord.org/stem-resources/leaf-photosynthesis

BrainPop Jr. is an interactive website that is aligned with the Common Core Standards. It includes lesson plans, games, movies, quizzes, and other types of learning activities. The site also includes away for teachers to keep up with the progress of their students. There are different ways to purchase membership. The membership categories include, parents, home school, single classroom, school, district, or virtual school. There are also ways to receive funding. I would use this site as an alternative way to keep the students involved. I would only utilize this site in class only because all students do not have internet and computer access outside of school.

The St. Louis Science Center is a great place for children of all places to explore. It has free general admission with lots of science to explore. There are also on-site science demonstrations that cost anywhere from $40 per participant to $50-250 per 100 person group. This is a great field trip that can be free for all students or one that can become more exciting with demonstrations for a fee. In my classroom I would utilize the St. Louis Science Center as a hands on resource to cover different aspects of science taught throughout the school year. This would be an end of the year field trip. Depending on funding I would use the free aspects and have my students participate in one of the demonstrations.

This experiment, designed by ZOOM, is centered around density. Students will use everyday materials such as coins, grapes, and Legos, in an experiment to find out which is more dense. This experiment could get a little messy, because students will be placing the objects into syrup, oil, and water, to find density. I think this is an awesome activity to incorporate in the classroom. I think it is great when students are using everyday objects in experiments. I believe it sets them up to think scientifically outside of the science classroom.

This is a lesson plan that will provide students with an understanding of how light interacts with different objects. While experimenting with different objects, students will be able to see the relationships between light and the shadow that the objects casts. In addition to learning about shadows, students will be able to tell if objects are reflective, transparent, or opaque. I like this lesson plan because it breaks down the lesson into multiple days and offers ways for the students to further their connections by experimenting at home. I would use this lesson in the classroom while teaching about sources of light.

This a simple experiment that can be used for younger students to show them how sunlight refracts when it passes through water. Children are often amazed by rainbows, so why not let them make their own rainbow while learning how and why they appear.

This animated science movie for Kindergarten to 3rd grade classes helps students understand magnets, magnetic fields, and poles. The video explains many things about magnets including that magnets attract things that are made of iron and have two poles. I chose this because it touches on so many facts about magnets in one fun video. I would use this video to introduce the idea of how magnets work and what uses they have.

Here's a great Science lesson for students in 3rd, 4th and 5th grades. This lesson helps students learn about magnets. Storytelling, journaling and teaching from the heart all play a part to make this an effective Science lesson. _____________________________________________________________________ This lesson is taught by Mr. Rutherford. This lesson discusses magnets and allows students to participate in hands-on learning. Students create a journal allowing them to follow what they are learning as well as keep track of the data they are finding. I chose this resource because not only does it give a good idea on an effective science lesson, but it also encourages teachers to be effective as well. I think this lesson is effective because it allows students to become engaged in their own learning. Mr. Rutherford allowed his students to be in charge of their learning, which helps keep all students involved in the lesson. I would definitely teach this lesson in my class. All the students seemed to stay focused on the activity. I would use this lesson to help students learn more about magnetism and how think can effect the magnetism of an object.