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Because observation, prediction, and communication are all very important science skills, this project works perfectly to help students improve in all of those areas! As a teacher, I would use this activity to tie in with telling time and with our Solar System unit. This project would ideally be used in a third grade class and be a good hands on project. I thought that it would be fun to keep a classroom sun dial outside so we could keep a chart about how accurate it worked or even use it as some kind of experiment. I think it's a very unique lesson and project. It's something that you wouldn't see every day in a Science class with that age group.

Remove "science" tag and add something more specific, like "earth science." To keep words together, use " " around the word. For example, remove the tags "sun" and "dial" and add one that is "sun dial". Grade level tags should be k-2, 3-5, 6-8, and/or 9-12 to be consistent among all the resources.

I found this field trip idea from a mom who homeschool's her children and like to take them out and about to explore and learn. She was giving this as an idea for other homeschool moms, but I think that it would be awesome to do even with classroom students. The students would learn all about how science is everywhere! Especially relating to trees and how some of my kids may not realize that we get syrup from them! It may or may not just blow their minds! We would study up on it in the classroom but then we would take a field trip to go see how the sap is collected from the tree and turned into syrup. I would use this in a third, fourth, or fifth grade classroom. I would love to take a field trip to expose my students to the visuals and hands on experience. I just think this is something that is outside of the box and not a typical science lesson or trip. I think it could really help encourage some of my students who aren't fans of science. It will just be a way to spark their interest and help them have fun with science.

This would be a perfect field trip to incorporate with my lesson abou plants. In the Children's Garden, the students would get a tour of the garden, learn about germination through three different stations and get to experience plants in real life. This would be so fun!

June 19, 2015 Anatomy 4D is an excellent iPad app for science teachers and students. It provides an interactive 4D experience of the human anatomy using augmented reality technology. Anatomy 4D offers an easy to use 3-dimensional learning environment ideal for classroom use. This is resource is awesome. It is another technology based resource. To use the technology the students will have to download it to a classroom iPad, but from there they are free to explore the many areas of the human body and do so in great detail. It can pinpoint a specific organ that the student wishes to learn about or that is being discussed in class and they will be able to view that organ while learning more facts; it also allows for the example to switch between male and female letting the student notice any differences or similarities. I personally navigated through this to see just what it was about and I could see so many opportunities to incorporate this application within the classroom. For example, it could be reinforcement to a teachers' lesson when discussing human anatomy and the functions of the main organs. I think it's a great tool that should be used within the class, especially since it is interactive after guided learning the student could explore on their own.

This is a fun activity that includes math, science, and fine art. I envisioned using this as a fun filler activity maybe on a Friday afternoon or on a half day of school. I would provide the children with several bags of M&Ms. I would ask them to try and predict how many of each color M&M would be in their bag. They would then divide the colors up into different containers. Students would then be asked which containers held the most M&Ms. You could also ask the students to count out how many of each color and then graph the results as well depending on the grade level. After discussing the data they found, we would then add water to the M&Ms. I would ask the students to predict what would happen to the M&Ms when the water was added. I would jot down the predictions on the board and revisit them after the experiment to see if we came to the right conclusions. Once the M&Ms have mixed with the water and created the paint like effect I would let the students have some painting time. I feel this could be used from kindergarten up through second grade.

This activity could be used at the end of a unit on rocks, minerals and the layers of the earth. Students build their own structures made out of mini marshmallows and toothpicks. The students then place their structure on top of the jello that's sitting in an aluminum pan. The students then shake the pan to see what structures survive the "earthquake". I chose this activity because I thought it would be a great hands on experiment for students to see the damaging effects of what can happen to buildings after an earthquake. Another plus to this activity, is possibly sparking the interest of future architects.

An engineering design challenge!

I found this lesson to be an extremely fun way to get my students involved and excited to learn about what our blood contains. I remember learning this material in 9th grade, but this is a very great way to just cover the true basics of the concept. The fact that it provides a hands on, sensory motor activity totally grabbed my attention. I loved that the prep time was short and the materials to purchase we cheap and some were reusable. Each material represents the red and white blood cells, the plasma, and the platelets. In the classroom for younger students, I would probably read from a book during a read aloud and then I would do a vocabulary introduction and definition game, and finally, I would provide this activity to help give a visible example and assist with building a better understanding of what blood is made out of.

For this activity, you would use a sensory tub to create "blood" by using red water beads for red blood cells, white ping pong balls for white blood cells, and felt pieces for platelets. This activity is great for visual learners so they can "see" what blood really looks like and what it is made of. Having students put their hands in and feel the different pieces of blood gives them experience learning. Once you are finished with the tub, I would have students draw what they saw and label the different objects as red/white blood cells and platelets. Then look at a magnified picture of real blood and compare!