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This is a 23 minute video by Bill Nye about the Earth's crust and the different features on it, mainly volcanoes. This is a fun and interactive video and I would use it in my future classroom because the students are entertained while learning!

This site gives you a great lesson plan idea on teaching students about nutrition and what is really in all the food they eat. This is both a science and math lesson because after the students find out how much fat, sugar, etc. is in most of their favorite foods, the concept of energy is brought up to show the students what they need to do to burn all the calories off.

This is a cool moon demo to show the moon is always the same size. I want to try it on a night where there is a harvest moon and then on a night when the moon looks like an average night.

This interactive animation explains how the Krebs cycle works, and to validate the information learned, there is a short quiz following. This is a great interactive tool that students can access at home tor review the content

This is a great experience for students to get a hands-on look into geology, speleology, topography, and even a little biology as well! At Meremac Caverns students get explore the underground caverns in an eighty-minute tour led by a trained guide and a FREE mini-workshop of the teacher's choice. i can say from experience this was one of the most fun field trips I ever went on!

This website offers information on the major topics in Chemistry. It explains the key components and terminology and offers examples to use in class. Worksheets and answer keys are also available for each topic. One of the teachers I observed last year used these worksheets with her class often to supplement the problems in the book. The students seemed to welcome the extra practice and change of pace. I think it is a helpful website, but depending on the level of students you end up working with, the worksheets may need to be edited. Some of the problems seemed a little too advanced for a first year Chemistry class.

This link is to the College Board's website. They set the regulations for AP classes and exams. This specific site describes the requirements for the AP Chemistry course curriculum along with what the yearly audit entails. On this site, teachers and students can also access practice tests and sample questions to prepare for the AP exam, which students must take if they want the course to count as college credit. I know schools who offer these courses are encouraging their students to take advantage of this opportunity. I will utilize this resource in the future to prepare a detailed syllabus that will allow my curriculum to meet state and national standards and help my students succeed.

This lesson plan introduces the idea of creating and engineering to solve a problem. Students work in groups to create a flotation device to support a can of soup. There's a pdf for the lesson and then a word document for each group students to use where they draw out their idea and explain the certain steps and conclusions they came to during the whole process. I chose this lesson because it fits into my standard about talking about different solutions to a problem by looking at the confinements and criteria that the activity has in place (3-5-ETS1-2)

This is a game based on the Digestive system of the body. Digestive health is important, especially for young adolescents. I chose this game as a way to allow the students to practice and review the different parts and functions of the Digestive system.

This website shows lesson plans for 4th grade science classes. This came from the uen.org website which several of us used for our lesson plan analysis project. I think they do a thorough job of planning their lessons and presenting appropriate demonstrations.

This resource gives a lab (activity) that deal with vibrations. You need to have a large bowl and cover it with plastic wrap- a rubber band will hold the plastic wrap in place. You then place large sugar crystals on top of the plastic wrap and let students get close and talk into the bowl. The students will be able to watch the sugar crystals "jump" because of the vibrations. I chose this resource because it sounded very interesting and it makes me want to actually test it out to see if it works. I think that my students would enjoy doing this and it would help them understand that sound travels and bounces off objects creating vibrations. I would use this resource in correlation to a lesson about vibrations and sound; It would be a follow up activity for students to do.

This resource has a huge collection of early elementary science activities, projects, and labs. It also includes homework that is less pencil-and-paper based and more activity/exploratory based. Each category has different types of lessons outlined within it. Each of these lessons in meant to be 90 minutes long but they can each be changed very easily.

This website could be useful to both the teacher and the student. For the teacher it as graphic organizers to guide the students through lesson and also has simulations to watch. The website also has games and practice quizzes for the students.

This is a very good site for finding information about a variety of events and subjects in class. This is good for K -6 teachers. It is broken into several topics: Lesson Plans, Professional Development, Technology, Administrators, School Resources, Specialties, and Subject Resources. I could definitely use many of these resources in my own classroom.

The link below takes you directly to the science portion. I found some broken links, but also so great images/diagrams (e.g. the cell) that could be linked into presentations. http://www.educationworld.com/a_tech/archives/sciencemachine.shtml

This site provides information about butterflies along with coloring pages, teaching tools, and specific information about butterflies local to your area.

I really like the butterfly life cycle coloring page on this site, especially for younger elementary students. The information presented about the butterfly life cycle is also very good along with the videos. I especially like the link to purchase live butterfly kits and would definitely want to do this in my classroom.

Plastic Bottle Scrooge is being haunted! Follow Scrooge as he learns about plastic, where it comes from, how it litters the land and oceans, and what can be done to stop pollution. _____________________________________________________________________ As cheesy as this app sounds, it's actually really cute! Earth Day Carol is an app that provides a story (based on The Christmas Carol) that follows a little character who is plastic, and he learns all about himself and pollution. This app is awesome because not only does it provide a cute story line for kids to follow and be engaged with, it also has some interactive components. This app allows students to tap on the screen, providing pop up facts about pollution and our Earth. I chose this resource because I think it's really helpful in teaching young students the importance of a clean environment. In today's society, phones are becoming more and more prevalent. Students will automatically become engaged knowing that they're going to be learning through a phone/Ipad. This resource would be good to use around Earth Day. It adds a bit of a twist to the typical "board and marker" learning. Students can be in groups of two or three, and if Ipads are available in the classroom, students can listen to the story and take turns with the interaction parts. Once each student is done, a group discussion can follow to discuss what each student has learned.

Empty the entire bottle of school glue into the large mixing bowl. Add water to the empty glue bottle, tighten the lid, and shake it up. Pour the water and glue solution from the bottle into the bowl. Add some iron filings to the mixture of water and glue before stirring the entire mixture. Who wouldn't wanna play with slime?! This weblink houses a great science experiment when learning about magnets. The actually experiment is making a magnetic slime in which is attracted to magnets. It is super easy to follow and is very engaging! The experiment gives the instruction on how to prepare the slime, along with a great explanation on how it works. This resource can be very effective when teaching students about magnets, magnetic attraction, magnetic poles, etc. The experiment would work great from a junior high class! It allows for students to predict what will happen when a magnet is placed over the slime, also students could predict what other objects the slime might be attracted to. I think this resource is valuable because it would be a great way to gain the attention of the class and get them engaged.

This experiment uses a plastic bag, string, scissors and a small action figure. As you might have guested you are going to make a parachute. After you construct the parachute you will drop it as slow as you can. This shows air resistance. This is a great start to a lesson, an experiment, and even an example of a fair test! I would use this to start a lesson on air resistance ( or maybe even gravity). I would first drop my parachute in the class and ask students what happened. I might even drop both an action figure by himself, and an action figure on a parachute to farther demonstrate the air resistance. I might ask questions such as "why did this action figure fall more slowly? What was stopping him? Why/how? Then after a discussion I would get out materials for the whole class. I would ask students "What could we test using what we now know to create different parachutes and find out which one will work the best?" We would talk about how larger surface area creates more resistance and will make a parachute fall more slowly. In the aspects of a fair test I would try to guide the idea towards testing out maybe 5 different parachutes. The controlled aspect would be using the same material, and same size parachute. What would change would be how many holes we would put in the top of it. Holes in the top cause air to go through the parachute not around it, this causes the parachute to fall more straight. (This is something we might have found out through research.) The goal would be to make a parachute that falls as slow and straight as possible. The challenge would be where to place the holes and how big the holes should be.