Group items tagged

This is a PDF of a science lesson that includes lessons on sound , light., and energy. It includes objectives and instructions for the students. I think this is a great example of a lesson that will be great for students in class to learn about energy and how it is produced. I would use this site as a resource for teaching mu students about energy.

This video is SO COOL! This would be a great start into a lesson on gravity. It starts with some prior knowledge that students should have. Then it goes into teaching about gravity with the example of an apple falling from the tree. To keep students accountable, I would have them write down words that they may not understand or have them write a short paragraph on what they learned about gravity after this video. If they write down words they don't know, we could go through them as a class before getting in depth to our gravity lesson which could include more videos or an activity later on.

Many people think that heavier objects will fall faster than lighter ones. This experiment gives students a chance to test that theory. They can drop objects from various heights and record their results on a teacher-created worksheet. This activity would be enjoyable for the students to predict which items will fall faster than another.

This is an experiment that would give students a chance to test their theory on how fast one object will fall in comparison to the other when each object weighs a different amount. This link provides a worksheet that students can use to rank the objects in the order (from slowest to fastest) in which they think they will fall to the ground when dropped. Students will be instructed to explain their reasoning. I would encourage students to first come up with their own individual theories before collaborating with partners or groups. Then the students would have the chance to test their theories (with a partner or in a group). I will be sure to tell the students that in order for the test to be effective, each object must be dropped from the same height at the same time. After performing this experiment and recording their results, I would have students discuss and explain their thoughts and reasoning based off of the results. I like this experiment because it allows students to come up with their own theories and reasoning while collaborating and working with others. It would be interesting to hear some of the theories that the students would come up with along with their reasoning behind those theories.

"Shadow puppets offer a great way of investigate light and shadows. It also links to literacy, storytelling and design technology. Try out this cross-curricular activity." This activity is a great way to demonstrate to students how light travels as a wave, showing them that when you put a shadow puppet in between the lamp and the wall, the puppet blocks some of the light waves. For this activity, I would have sample shadow puppets made along with a script to go with the characters. I would allow volunteers to work the shadow puppets as I read the script aloud. To boost the creativity of this activity, I would allow students to create shadow puppets of their choice. I think this would serve as a great extension activity to a lesson about light and shadows especially because it gets students engaged as it requires their involvement. To make sure students fully understand and grasp the relationship between the light and the shadow puppets, I would make sure that each student has a chance to use their shadow puppet on the "stage."

Video discussing an unstoppable force vs. and immovable object

This link actually goes to a video of a list of suggested other science sites online. Needs to be updated to direct the user to the appropriate link.

Here is an in-depth introduction to the Solar System and the planets that are in it. From the sun to why poor Pluto is no longer considered a planet, come along for a ride across the Solar System. FreeSchool is great for kids! I like this video for a number of reasons. One thing I really like about this video is how it gives the students an accurate perspective of the size of the different bodies in our solar system. It's also jam packed with a lot of great information about the solar system and builds on possible vocabulary words such as matter and mass. The narrator also has a soothing voice, which is a plus. I would use this video after spending a little time defining the necessary vocabulary of our solar system. We could follow up the video by making our own solar system that we could hang in the hallway.

Good resource. Try tagging using K-2, 3-5, 6-8 and/or 9-12 as grade level options. For this one, for example, K-2 AND 3-5 rather than K-5. Thanks!

Our eyes are using light to see various objects all the time, but when this light travels through different mediums (such as water & air) it changes direction slightly. Light refracts (or bends) when it passes from water to air. I selected this resource because I could not quite find a good field trip. I feel like this is an easy way to show the young children how objects bend when looking through other material. This is a very easy lab and experiment for young grades. I would use this lab when showing my class how objects may appear and look different when seen through different objects.

"Is your fourth grader a hands-on learner? If so, just reading about the layers of the Earth may not be enough to inspire or even interest him. Turn the abstract lesson into a practical craft with the fun and colorful creation of dough earth layers!" This lesson plan lays out the layers of the Earth through the fun artsy craft of play dough creations. Basically the child will create their own personal batch of dough-incorporating color dye and close guidance. The student will then use their play dough to collaborate on the outer crust of the earth, the water, the land the inner core and the crust. Students are capable of physically making the play dough thin or thick in accordance to the knowledge of their information. They are applying their understanding of the earth and what it's made of basically at their own fingertips.

This lesson is about the importance of recycling and how to do so. Students get to explore the physical properties of objects and decide whether they can be recycled or not. Then, the students get to work together to make recycled paper. I think that this lesson is important to young students because if they learn to recycle at an early age, then they can carry that with them as they grow older and continue to recycle.

This lesson is designed to help students understand that vibrations are responsible for the sounds we hear. This is a lesson that I could modify to use to teach about sounds and vibrations. This lesson has a list of resources that could be used individually. I really liked the activities within the lesson. I don't think I would use this exact lesson, but it does have some great components that I could use to create my own lesson

This worksheet is a follow up worksheet for a Bill Nye video. This worksheet has questions in which the children would have to fill out during or after they have watched the video. All of these questions are taken from the video. I selected this worksheet because it is based on a science video which children would be interested in. Since this worksheet is based around a video, the children will have to pay attention to find the answers. I would use the video and worksheet to engage the children and then go into more detail throughout the lesson.

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 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 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

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.

I would love to take a class here! I worked at a daycare over the summer and we took our kids here. I wish you could have seen the excitement in their eyes when they were there. There were all kinds of interactive attractions that engaged my kids. I would also give my students a check list of attraction that I absolutely want their group to cover. This list would also have space for them to write down their questions about each attraction. We would discuss each question upon returning to the school.