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This is a fantastic site for science projects, as well as guides for teachers on topics such as how to use a microscope. This site also offers products for sale for your science classroom, but the project ideas and printables are free. It is very user friendly, broken down by age group (students k-12 are covered), and discipline (Life Science, Physics, etc.). I would use this to begin researching something I haven't taught before to look for inspiration and supplemental material.

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 website is a teaching resource providing lesson plans, worksheets, and activities for upper elementary and middle school science teachers. All resources on this site are copyright protected but are free to distribute to students in the classroom. Included are links to other websites offering lesson plans, worksheets and activities. Access to literally hundreds of thousands of teaching materials. Broken down into four major categories of life, space, earth and physical sciences.

A lot of worksheets and crossword puzzles related to science content. A few lessons, but my favorite is the collection of different styles of periodic tables (black and white, color, etc.) available for downloading.

As technology in schools continues to advance, teachers must be on the lookout for ways to integrate new technology into the classroom. This website overviews 30 science apps for IPad covering topics such as physics, chemistry, anatomy, geology, weather and the solar system among many others. Most are free, but some charge a small fee and would be suited to many grade levels, at least grades 3-12. I would use to introduce or supplement a lesson, but could also see this as a treat for kids ready to work ahead.

This website is amazing! It offers over 100 interactive online games on more than 30 different topics and it is completely free. Science games are excellent assets to any Science lesson. Interactive games make learning complicated concepts fun and easy for some children. As an adult playing some of these games I felt like I gained a better understanding of certain topics, so I know some children would find these games beneficial and effective extensions to lessons. This website seems to have a little bit of everything from animal classification to biomes to physics and motion. Some of the games offer a short assessment at the end to really see if the children are learning the concept. Having games like these available would make a great addition to a remediation plan if students are having difficulties grasping a particular topic. I will definitely be visiting this site again when I am teaching!

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.

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.

This set of 6 videos explores the science behind the "super" powers of speed, strengths, mass, immortality, flight, and invisibility. Geared for middle and high school level students, this resource could be used as the hook to introduce physics concepts.

Also includes assessment questions!

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.

This is a great website that has tons of free lesson plans, videos, and quizzes. It covers a wide range of topics including, life science, physical science, the human body, and space. It includes content for grades K-12. It even includes interactive diagrams for students to complete. I think this resource could be used in the classroom in multiple ways. The activities could be used for instruction or reinforcement.

Very easy to search, by grade level or content area. The lessons I found were good foundations for particular content, but needed some sparking up, especially in terms of an engaging introduction.

"Learn about the forces of motion and gravity with a new painting technique by exchanging the paint brush for a swinging pendulum. Engage your child with the combination of art and science for a STEAM learning activity. STEAM is the combination of Science, Technology, Engineering, Art and Math." I found this experiment/activity fun and interesting because it combines science and art. During a unit on forces of motion and gravity, you would discuss how a pendulum works. I would do this activity outside and use the washable chalklike paint they give a recipe for on the site. I would have students predict what kind of a pattern they think the paint will go in based off how the pendulum swings with no paint. Once we have done the first paint pattern, we would try to see if different patterns would occur if you pull it back further. The results are very interesting!

In this 3rd through 5th grade video, students use their science knowledge and apply it using physical activity! Learning about the stages of matter, solid, liquid and gas, students perform an exercise for each as the teacher calls out an object such as soup or fog. _________ This link states the activity is good for third through fifth grade, but I think second grade may also benefit. Through a physical activity, students explore different states of matter. I believe movement and exercise is necessary for students throughout the day. This is a great way for students to get up and move around once you realize they are starting to become antsy or even if there are a few extra minutes of down time. Instead of jogging in place or stretching with no instruction information, have your students do certain movements when you call out the cue for an object that could be a solid, liquid, or gas. This idea could even be a good starting points for other lessons such as vocab words. The teacher could say a definition and students could act it out.

This is a resource video for Middle School Science Teachers that displays simple demonstrations to help instruct on chemical or physical reactions, surface tension, life science, and waves. I would use this video to help utilize creative and engaging lesson starters. I selected this resource because it has multiple ideas to spice up the classroom for both the students and teacher.

Why are bowling lanes oiled with more oil placed at the start of the lane and less at the end? What is the advantage of throwing a "hook" ball? Students participate in activities to learn about the members of their team and how to work together in order to be successful. There are several reasons I like this idea for a field trip. For one, it's an unconventional type of science field trip. Most students wouldn't think there is a lot to consider when bowling; they just toss the ball down the lane. Before the field trip, I would spend a day or two allowing the students to formulate and hypothesize ideas for how to best knock down the pins with a bowling ball. They would have to consider things like speed, angle, bowling ball weight, where the ball should hit the pins, and whether the ball should be hooked or thrown straight. This field trip allows the students to not only question and hypothesize, but to actually test their predictions. After the field trip we could delve deeper into some of the physics concepts at play (which the webpage has links for) as well as watch a professional bowler bowl.

Creative "spin" on a science field-trip! :) Get it!?

The Biology Corner is a site that contains tons of resources for biology teachers. It provides lessons, quizzes, labs, interactive websites, and general science information. This website even breaks down chapters and topics that should be covered in AP Biology, Freshman Level Biology, and Anatomy and Physiology classes. Within these chapters power-point presentations, review guides, reading worksheets, etc. are all provided and are encouraged to be utilized and modified. I selected this resource because I can use many of the resources provided on this website in my own classroom. I also think it will be valuable to compare my own teaching materials and methods to another individual's and modify my own if I feel that they can be improved from what I have seen from this website. 

This site will be extremely useful to the science teacher. Pages include PowerPoint presentations, review guides, reading worksheets, crossword puzzles and any other specific resources used for that chapter or unit within that subject. Especially nice is the owner and keeper of this website is working to integrate Common Core into a large number of the lesson plans, especially Biology. Whereas a lot of website do not actively update and change their content this one seems to do that.

This website has videos that hit on the main points of many different science lessons. These videos are not long and even have a short quiz at the end. My cooperating teacher used these at the end of her lessons because the students looked forward to watching a movie. Some of these videos are free, but to view all of them you must have an account.

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 activity helps provide students with a simple understanding of why there are different types of soil. The students will be given a chewy chocolate chip cookie, and a regular crunchy one. They will examine each cookie and describe their characteristics and properties. Next, the students will smash the cookies with their hands to replicate the process of rocks weathering. Now that they have soil, they will compare the properties of both types of soil and form conclusions. Using a chewy chocolate chip cookie and a crunchy one represents the different minerals found in soils, and how it impacts its appearance, texture, and many other characteristics. Once the students have completed this activity, they will be able to enjoy a cookie! I selected this resource because I think it is a very straight forward way of learning about the different types of soils. Using these types of cookies really makes the concept easier to understand. This activity will not cost a lot of money, which makes it very valuable to me. We will do this activity at the end of our soil lesson in science.

This experiment uses rice, a plastic bottle, and a pencil to show the science behind friction. Friction is a force we all use daily but can not see it. This helps show and explain friction. This simple activity can also create an interest or desire to learn more about friction or learn why friction occurs. I chose this activity because I thought that it is a simple to use in the classroom but great way to show friction since friction can be hard to explain and you can not see it. I think this would be a great activity to start the lesson regarding motion and friction because it may spark a lot of questions.