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After having a lesson on plants, this activity would be a great way for students to learn how to grow plants and also learn about the kinds of things that promote growth (warmth, sunlight, water, soil). Their activities involve learning about how seeds and plants grow and participating in a simple, in-class gardening project. I would provide plastic cups, soil, seeds, and water for each individual student and allow them to plant their own seed. This would be a great way for my students to see first hand what plants need to grow, and for them to learn how to records their observations of their plants.

After having a lesson on plants, this activity would be a great way for students to learn how to grow plants and also learn about the kinds of things that promote growth (warmth, sunlight, water, soil). Their activities involve learning about how seeds and plants grow and participating in a simple, in-class gardening project. I would provide plastic cups, soil, seeds, and water for each individual student and allow them to plant their own seed. This would be a great way for my students to see first hand what plants need to grow, and for them to learn how to records their observations of their plants.

What a fun lesson on paleontology. In this lesson, the teacher will see that it can be cut into three class sessions. You have to make sure to have a good discussion about modelling prior to this lesson. On this page you will find the complete lesson on how to go about introducing fossils to your students. Their are awesome guiding questions and good ideas for how to display this lesson in and to the class. The activity sounds pretty cool as well. Students get to bring in everyday items or things they have at home and use them to mold into a fossil. This will start conversation between them on how each others look and how different items make different fossils.

Students work in groups to write research reports and create visuals about countries, put on a culture fair, and use PowerPoint to present their information. I would put my students into groups of two. I would then walk around the room and have them draw out of a hat countries name. Whatever country they pull out they have to do research on the computer about that country and put information on a Powerpoint to share with the class. This is a great way for the students to learn how to work cooperatively, how to do research, and they will all learn about how each country is different and how they are not all like the United States.

This website is interactive and gives students real life situations where Punnett Squares are useful, such as breading. Also, it shows students how to create Punnett Squares and then allows students to try it on there on. I like how this website gives students feedback right away and it is making Punnett Squares applicable to the real world. Also, I like how it asked students to answer the chance for an offspring to have a certain characteristic. I would use this resource to help teach Punnett squares. It would be a tool for me to show students that this activity is relatable outside of the class, but it would be engaging at the same time.

Make these homemade shell fossils and introduce your child to the wonders of science! This activity would be a great way to end a unit on fossil imprints. This activity would allow the students to understand how fossils can be made, even if it isn't authentic. The experiment would keep the students interested and would gain their attention. I would allow my students to find objects that have great texture, and allow them to press down in the clay to see how it looks after it hardens. Once the clay hardened, I would hang them up on the wall for my students to be able to look at them.

This is a technology-based tool in which students can build a DNA molecule. Based on your rate of construction it calculates how long you would have to work in order to successfully transcribe the DNA in one human cell (my rate was 50 years day and night). Underneath this graphic tool there is also a large amount of material on the structure of DNA. I selected this resource because it is a great interactive tool for students to use, and I think it will help them in conceptualizing DNA related material. This tool can be used to help students understand and appreciate how rapidly and accurately DNA processes, such as transcription, occur within a cell. 

I love the fact that this tool will help students understand how rapidly this process really works. It is mind boggling that these things happen and we aren't even conscious of it. Having students perform activities like this opens their eyes to the wonders of the human body, and to some may even motivate them to ask more questions!

This is an interactive 3D Brain application for iPhone, iPod touch, and iPad. This application allows individuals to use touch screens to navigate 29 interactive structures of the brain. It allows individuals to learn haw brain regions operate, what happens if they are damage, how it is linked to certain mental illnesses, etc. This is a valuable resource because I have heard of schools already using iPads in the classroom, so different biology based applications can be incredibly useful if this type of technology is available to you. If I had iPads available to be utilized by my class, this would be a great way for my students to really visualize and explore the brain if I was covering brain structure and function in my classroom. 

WOW! I love this because a large amount of students are very fluent in their technology. Having these types of apps available for students to use at all times is fantastic. Now even though it does cost, some students do have the option to purchase it at home. In classrooms with apple products, it can be used all the time for every student. This is going to be something of the future. It beats still images and allows students to interact as if a brain is right in front of them.

Introducing Discovery Channel's "How Big is My Universe." This Discovery Channel school video was created to show students the many different parts of our galaxy along with the properties of its elements. This is not only a great introductory resource for my Solar System unit, but it also encompasses a program overview that includes a lesson guide. This extra resource includes discussion questions, teacher activities, related resources, and important vocabulary words. As the video guide suggests, " What better way to answer the eternal question about size than to bring the solar system down to earth?"

This is such a cool concept that I really wanted to find the video available online. I'm surprised I can't find it! I did, however, locate it as a DVD available as DVD from software express (swexpress.com) for 31.95. Steep price. Maybe libraries have it?

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 resource houses a view of the perfect meteorology field-trip for students. The location is The Museum of Science and Industry in Chicago, IL. The exhibit gives loads of visuals of and scientific background for a variety of storms. The link attached is about the whole exhibit, as you click on what you would more directly want to study the website shows you how students can explore. The exhibit doesn't just cover storms, it also covers atoms and ways to harness energy. If you explore the tornado section you will get to see and manipulate a giant tornado. You also get to make your own table top tornado to explore farther. Finally they have wind tunnels you can get inside to feel the force of the wind. In the lightning section they explore charge. Not only do they get to see and hear a lightning storm inside, but they also get to experiment with magnets and levitation! There is a ton of information on fires including how some fires in nature aren't so bad. Students even get to use reactions with fire to create a fireworks display. The list of fun goes on and on! In the sunlight section solar power is discussed. Students can even watch a tsunami in a tank, and an avalanche in a disk. The exhibit is completely educational and makes many connections to the real world. I would use this to close a year in science, probably right after a unit on weather where students have studied all of the aspects of weather for at least one month. The exhibit is an awesome way for them to see what changes in weather and climate can do, and how exactly they do it. Some parts of the exhibit put a student in they eye of the storm! I had never heard of this place before but I would love to go! .

This would be a good place to take a field trip to. Students can see how Excel's soda is made. It could lead into a conversation about technology and how we have to change and adapt to keep up. I love Ski and the factory is a little place in Breese, Illinois. There is no direct link to set up a field trip, but the contact information is listed on the website.

Do you know if they allow field trips? I didn't see any specific information to that effect on the site.

This would be a great field trip idea to the St Louis Science Center for students of all ages. The general admission is free but it is 4.00 per child to see the planetarium show. The planetarium includes the SBC Learning Center, that give visitors a glimpse of what it's like to live and work on the International Space Station. In the Crew Quarters, students can see how astronauts eat, exercise, sleep and dress in space, as well as how medical needs and the stations internal and external environments are maintained. The planetarium show features more than 9,000 stars onto an 80 foot dome and includes special effects such as eclipses, meteor showers. The show lasts roughly 25 minutes and each session is designated for certain age groups. I would love to someday take my class to this planetarium because I think it would be an amazing opportunity and a great learning experience.

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.

This activity shows how water is absorbed by plants. By placing a white carnation with stem into a tube or cup of colored water, the plant absorbs the water, changing the carnation the color of the water that was absorbed. I chose this activity because I feel like it would be a great way for children to see and understand what would be taught when learning about plants. I would introduce the lesson by explaining that plants need water. We would discuss where the children believe the water goes in the plant and I would let the children discuss what they think "might" happen. This would allow group discussion, the children would be making hypothesis, and applying knowledge all while introducing this lesson. I would explain that we will let the plants sit in the water throughout the week for the lesson. We could document daily results in a journal and then at the end discuss what we have learned and how it was different or the same then what we believed at the beginning.

This science experiment is a creative and fun way to show students how water moves through plants. Rain absorbs into the ground, then moves up the roots, through the flower, and to the pedals. What I love about using the food coloring, is it provides more of a clear picture of how the water moves through the flowers. By using the food coloring, the students can also note the time it takes for the water to hydrate the flower. I would use this in the classroom for the students to journal their own hypothesis or draw where the food coloring would be visible at. If I did this experiment before teaching the lesson, I would ask my kids to think about if the colored water would actually be visible or if we wouldn't have been able to tell a difference. This would be a quick and simple thing to demonstrate and discuss to help my students build ideas on their own, think reasonably, and even practice using the scientific method.

© 2012 Clipart.com To understand how and why heat is produced from things that give off light, from machines, or when one thing is rubbed against another. This lesson is intended to give students a general idea of how heat is produced from human-based activities and mechanical and electrical machines. This is great! This is a wonderful lesson designed to help students understand how heat energy occurs. It allows several hands-on opportunities for students to explore to begin have an understanding about how heat is generated. I chose this particular resource because I never personally liked learning straight from the book, and however most topics need written clarification, I love how the students can explore and witness these on their own. I could easily see myself using this lesson within the classroom. I could assign the students to conduct exploration and then have them find new items that fell into the categories of: human activity,mechanical and electrical machines.

This activity shows students how certain animals stay warm in the winter by providing a life-like representation of the effects blubber. A zip-lock baggy containing Crisco is placed into a bucket of ice water. Students then place their hand into the baggy and note the temperature. I chose this activity because it provides an actual representation of how animals stay warm in the winter that students would likely remember in the future. If the lesson is properly constructed, this activity also encourages critical thinking, making predictions, and discussing observations. When using this activity in my classroom, I would first discuss various polar animals with my students, making sure to ask them their opinion on how the animals manage to stay warm. This would then lead to a discussion on how humans stay warm. After creating a list of various ways in which humans adapt to cold weather, I would conduct the "blubber" activity. I would then explain to students that polar animals have an extra layer of fat, called blubber, to keep them warm. As a class, we would then discuss how certain human adaptations mimic the polar animals' survival techniques.

I have used this activity many times along with adaptations for survival. Very clear and concrete experience for students.

"Learn how to keep yourself healthy by discovering how different exercises such as walking and running can affect your heart rate. Ruby's heart rate will change as you make her sleep, sit, walk & run, watch how her body reacts to the different activities." I think this online interactive activity would be great to use in the classroom! It teaches students about the circulatory system, how the heart works as it pumps blood around the body, why blood goes to the lungs to pick up oxygen and what important roles arteries and veins have in the process. This activity will teach students the importance of keeping healthy and it also helps them understand how the human heart reacts to different activities.

This is an activity for the first day or as an introduction to the scientific method or to just allow students to work in groups so that you can get to know them better. I usually do all instructions verbally and don't require any written documents for turning in. __________________________ This is a cute activity to use for smaller aged students to introduce them to the scientific method with little prep work from the instructor. All the teacher needs is gummy worms, life savors, paper clips, and plastic cups. Sam (the worm) is stuck on a boat (the cup) and the life jacket (life savor) is under the cup. The students will use paper clips to retrieve the life jacket and put it on Sam to save him. While doing this, students will work with a partner to explore ways to save Sam. I would use the link below as it goes along with the lesson and gives questions for the students to answer and record during their exploration to save Sam. The worksheet can be tailored to match the appropriate age group conducting the experiment. https://docs.google.com/document/d/15ahlJ9CSEB31IPgJOFO2LW62K5PoxbN6hosNneO2tRc/edit?hl=en_US I think this would be a fun activity that would allow the instructor to see how the students work together and who is taking the lead role. At the same time, the students are being introduced to creating an hypothesis, recording their observations, and coming to conclusions. I would probably use questions from the above link for higher grades such as 2nd - 5th. If I did this activity with K and 1st grade, I probably would just discuss vocabulary terms as well as their thoughts and observations during group discussion versus having them document on paper.

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.

Electricity -- we depend on it every minute of every day. And yet to many of us, electricity seems a mysterious and even magical force. Before Ben Franklin did his famous and very dangerous kite flying experiment, electricity was thought to be a type of fire. ------------------------------------------------------------------------------------------------------------------------ I think this is an excellent lesson to teach to grades 3-6. I am pleased with this lesson that it lists the lesson sequence, materials needed, and the objectives. I really like the variety that this lesson includes. It allows students to get up and move in acting out an electric circuit as well as get up close and personal with electricity and how it works with the activity. Not only does this lesson involve interactive components for students, it also provides many videos that correlate with the lesson. This lesson plan seems easy to follow with the instructional sequence and I think it would be easy to fit within the McKendree lesson plan template and add a bit of flair from the teacher candidate. I think this lesson also allows teachers to impose his or her own spin on the lesson and choose what parts to include or omit as well as what might need to be added to the lesson. A lesson like this with so much instructional variety helps to reach students that learn from hands-on activities, students who learn more visually, as well as students who learn best from discussion and instruction. I would follow the instructional sequence if I were to use this lesson in the classroom, but I would tailor it to fit my time allotment for teaching Science, thus it would be done in smaller segments. I would choose one or two videos to share with the class, but post the rest on our class website so the children could view them if the wanted to.