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This lesson deepens students' understanding of the similarities and differences in the life cycles of organisms. The lesson begins with a reading of Eric Carle's The Very Hungry Caterpillar Next, students use a video to study the developmental stages of frogs, dragonflies, and butterflies. _____________ This lesson plan grabbed my attention because it begins with a book by Eric Carle and we just discussed his books in one of my other classes at McKendree. This is a two day lesson. The lesson plan begins by gaining the students interested by reading The Very Hungry Caterpillar by Eric Carl. There is a corresponding video which explains the life cycles of frogs, dragonflies, and butterflies. Then, there is an activity to hand out to the class. In groups they follow the activity to explain their assigned organism, then they explain their findings to the class. I like this lesson plan because it is very detailed. I would use this in my class when studying life cycles.

When you breathe in, your diaphragm - the muscle at the base of your lungs, contracts. This expands your chest cavity, lowering the air pressure of the cavity below the air pressure outside, and inflating the lungs. You can see this same principle at work in this 'homemade lung'. This activity will definitely keep students interested. It's all hands-on and will allow them to be able to visualize an action, breathing, that is constantly occurring within their own bodies. I chose this activity because I think so many don't actually understand what is happening within their own bodies, and by being able to visualize this action I think makes it easier to understand. This activity has the students making a "homemade lung" out of simple supplies and then observing how our chest cavities contract and our lungs inflate. I could see myself using this activity when discussing the human body, in particular lungs. It is so important that the students understand how the body functions and I think that this activity does a great job in illustrating that.

This is a simple, yet, very effective way for students to understand just what is happening during moon phases. It is a very simple activity to put together that has the students sitting in a circle around the "moon" which is stationary and half is colored black. Each student, sitting at different angles draws what it is they see demonstrating the moon phases. I love this activity, it easily illustrates any misconceptions that students may have about the moon and its phases. I could see this being a very useful lesson and activity when discussing the moon, and illustrating how parts of the moon don't actually disappear. I've always thought that being able to visualize things were the best way to learn.

Students will Learn and understand the term habitat. Discover that forests, deserts, wetlands, and grasslands are unique and separate habitats. Identify animals that live in four different environments. _______________________________________________________________________________________ In this lesson, students are learning about four different habitats: forests, deserts, wetlands, and grasslands. Students learn about the different environments of each habitat, as well as the different animals that live in each habitat. To show their understanding, students will create a drawing of the habitat they would most like to visit, including the different animals and plants that live there. I selected this resource because I think it's important for students to understand that there are many different habitats around the world. Students (as well as adults) often forget that there is a world outside of where they live, and I think it's important for students to learn about and understand these other habitats. Also, many students are interested in animals, and incorporating animals into this lesson will make it easier for the students to be engaged. I would follow the lesson the way it is written, and incorporate what we learn into a discussion about the type of environment we live in. Students would be able to compare where we live to other kinds of habitats. To add to this lesson, I would have each corner of the room decorated with a different kind of habitat (ex: forest corner: trees, monkeys, etc). Each student would make their own drawing, and go to their desired corner to share with their group first and then share their drawing to the whole class.

Looks good!

Holding your nose while tasting the potato and apple makes it hard to tell the difference between the two. Your nose and mouth are connected through the same airway which means that you taste and smell foods at the same time. Smell is often considered the least important of our five senses, and I'm sure many students would agree. I would start by taking a poll which hopefully results in a consensus that smell is the least important sense. The following activity involves giving students small pieces of apple and potato and having a partner mix up the pieces while the other student's eyes are closed. The students will then eat the pieces with their eyes closed and try to see if they can guess which food it was. The students should begin to see for themselves how important smell is for tasting foods. This activity involves very few supplies and has an easy clean up. Afterwards, I would have a class discussion about their findings.

This resource contains a song about weather. It is a video that asks if the weather is sunny, rainy, cloudy, or snowy. I selected this resource because I could see myself using the video every morning as a teacher. I would use it to gather my class to discuss the weather and the calendar. I wouldn't necessarily play the entire video every day, but the first 35 seconds covers plenty of information.

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 is a slideshow that explains weathering, erosion, and deposition. There are 31 informational slides. The slideshow explains in depth what each word means and how it affects the world and landmarks around us. I chose this slideshow because I thought it would help visual learners and it would be a nice introduction to the topic. Sometimes it is better to actually see what erosion does to a rock rather than just talk about it. I also liked that it gave real life pictures of erosion and weathering. I would use this resource to start my lesson on erosion. I would start with the slideshow and discuss all the important details and then break the students into groups to do an activity dealing with erosion and weathering.

There are many ways to integrate art into your Science lesson plans and here is a great lesson. This is a lesson on balanced ecosystems that brings in art in a fun and educational way. This video shows a lesson that would be great to use in the classroom when discussing the ecosystem. A teacher can incorporate art into the science curriculum. When schools do not have enough time for fine arts, they can add them to other subject matters.

This is multiple lesson plans that are combined to make a unit all about the Sun. Within this unit, many different experiments and activities are combined to make students understand the sun and all of its jobs. One great activity I really enjoyed was the shadow sun. Students would draw shadows of partners at different times during the day. The students would then discuss the activity and hopefully understand the movement of the sun from the different shadows. Along with this activity many more are included to help the overall lesson of the sun become instilled in the students.

This resource takes Newton's Laws of motion and applies them to concepts that we see everyday in our lives. Also, it uses the popular app Angry Birds that will appeal to the middle school students. I chose this lesson because it has real life applications and is a fun way to discuss the different laws and properties of motion in the classroom. I envision utilizing this source in the classroom as an introduction of a Force and Motion unit.

This is an interactive exploratory app for kids to learn about the human body. Instead of offering lectures, this app allows kids to go into different parts of the human body, explore, play and observe. It offers many different activities that teach children how each of the different parts in the body work and it explains some of the functions and processes that take place within the human body. One of the activities included is the exploration of a working model of the body, as every part is interactive: the heart beats, guts gurgle, lungs breathe, the skin feels, and eyes see. I think this would be a fun interactive online activity to do in the classroom with the students. It would be interesting to have a class discussion over how the students believe each body part functions and what they think it is used for. Then we could explore the human body through this app and find out more about it. I think creating a KWL chart would work perfectly when using this app in the classroom. Although this would be a great app to use in the classroom, it would also serve as a great resource to use at home as it is designed for kids to discover what we're made of and how we work!

"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!

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.