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For this activity, I would have my students predict how many pennies they think they can put in a full glass of water without letting any leak over the edges. You can also use other liquids, such as: oil, syrup or juice. I would have my students record their predictions and their results as they are putting the pennies in the clear, glass cups. This allows critical thinking, and allows every student to participate in the activity, because I would put them intro groups of four and give them each a job. This is a great way for them to learn how to work together, and record data.

PBS's lesson on gravity is somewhat of a classic, dropping two objects of different weight from the same height. This lesson utilizes both hands-on experiments, videos, prediction, and a variety of other ways for students to stay engaged and involved in the lesson. Throughout the lesson students predict what may or may not happen to their own experiments, to those done on the moon, and comparatively between the two differing atmospheres. The resource is specifically valuable to me due to it's consistent student directed and inquiry-based nature, examples of higher order thinking questions can be found throughout the lesson. I can see this resource being used in the classroom during an introduction lesson to the concept of gravity, possibly taking place in multiple parts throughout a week or a unit.

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.

Giant deadly hornets, gorgeous fluttering butterflies and stealthy crawling stink bugs: readers cannot tear their eyes away from these fascinating creatures. They can discover these and more mesmerizing world insects in Expedition: Insects, an e-book written, illustrated and animated by the Smithsonian Science Education Center. Read now! This app is so cool! The weather lab allows for students to come up with possible outcomes for weather in North America. It is a very interactive, fun, and realistic app. First students pick a an ocean current, air mass 1, and then air mass 2. After, the students are asked what they should wear or what they should be preparing for with the weather situation they just created. Ex. would be, If I live along the East Coast of the US I should... and then they would pick from the options given. This app would be awesome to incorporate when learning about weather. It allows for students to create different weather situations and then also they have to predict what will happen with the situation. I think it would be a great opportunity to have student collaborate with peers and come up with 3-5 weather situations and they should record the weather they created, what they predict will happen, and what actually happened with the weather. I think students would really enjoy this app in the classroom considering its not your typical weather game or activity.

This resource describes an event that will be going on at the St. Louis Children's Museum where visitors get to learn about weather, weather prediction, and measurement in an environment focused around The Magic School Bus. I like this resource because it's the Magic School Bus, which kids LOVE. It's exciting and engaging. This is a field trip I would love to take my students on.

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.

Karen Pavlik discusses an inquiry-based lesson for an elementary weather unit. The students will predict which thermometer will have a higher temperature, one in a white sleeve or one in a black sleeve, and record their findings. I like this experiment because something is being tested, yet it has such a simple design. If I were to give this lesson, I would do a single experiment as a class, with one thermometer in a white sleeve and one in a black sleeve. I would allow students to write down their individual predictions beforehand regarding which, if either, would show a higher temperature after being left in the sun. I still remember a similar scenario from my early childhood years. One of my "alternate conceptions" was that darker would be cooler because shade is cooler. This lesson opens the door for further student inquiry and extensions to the lesson, such as testing different colors beyond just black and white.

Weather is a science game for students in grades 4-9 to learn how to calculate front movement, trace patterns, make observations, create weather maps using symbols, and predict weather three days into the future. _______________________________ This is a link to an interactive game for students studying weather. Students can play this game while they predict and report weather. This type of activity is important because students can learn about weather while using technology and having fun. If I used this game in my classroom, I would use it as a learning center. I would divide my class into groups, have about 4 hands on activities taking place, and give each group a certain time amount at each center. This learning center lesson would be used after the weather unit as a review day. I also like this website because it includes resources for teachers such as a list of vocabulary words and a pre/post test on the topic.

Looks good!

This resource provides a lesson plan that will help students build an understanding of the concepts of sound (vibration, pitch) through participation in a variety of hands-on experiments. By observing, predicting, and analyzing results, students can actively investigate the science of sound. It says the required time is two weeks but I don't think that much time is necessary to spend on this. It has many activities for students to do that are all hands on and even includes an assessment for the students. I chose this because it fits well with my standard- 1-PS4-1: plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate. I would use this resource in my future classroom by having the students break up into groups and each group would have a different activity to complete and write down their observations.

This resource provides a basic format for illustrating the Scientific Method. It explores the factors that affect seed germination. It emphasizes the brainstorming function and lays out an experimental design for students to follow. Students can make predictions and explain their rationale. A sample experimental design guide is included. This is a very important tool to assist students seeking to answer questions through experimentation.

This activity requires students to go on a nature walk and collect helicopter seeds of various sizes. The students measure and examine the seeds in the classroom and then make predictions about which size will spin faster to the ground. Students then test their hypotheses by dropping the seeds from the same height and recording the flight patterns. This is a great activity because it teaches students various scientific ideas, plus it is fun! I would use it as an opportunity to get out of the classroom and also do some great learning!

This interactive map of the world allows for so much exploration! Click anywhere on the map and it will give you the climate, landforms, rock types, and even land cover for the particular area. I find this resource to be very helpful especially when comparing biomes. Teachers could easily come up with activities to use the map. For example you could have students compare and contrast 5 different countries based on their climate, landforms, rock type, and land cover. Then have students make predictions about what would live in that area or what would even grow there. Overall I think that teachers could use this map many ways in the classroom and I think students would find it very interesting.

On 27 August 1883, the Earth let out a noise louder than any it has made since. It was 10:02 AM local time when the sound emerged from the island of Krakatoa, which sits between Java and Sumatra in Indonesia. Wow! This video is crazy awesome! On the website there is a video posted of a volcano in Indonesia erupting. It shows the volcano erupting and then you hear this unexpected BOOM (they call it a shock in the video)! After that all you see is thick gray smoke covering the volcano. This video would be a great resource to incorporate into any lesson over volcanoes erupting, it is a great realistic feature. Before showing the video to students you could make them record what predictions about what they think will happen when the volcano erupts, and then show them the video and discuss what actually happens. Another great feature about this website is that it gives information about the volcano erupting and what were some of the effects from the eruption. It also explains what happened when the volcano made that BOOM noise. Overall I thinks students will love watching a real life volcano erupt, they will most likely think its pretty awesome!

This activity shows how a cloud makes rain. For this activity you fill up a jar most of the way with water. Top the water with shaving cream. Drip food coloring into the shaving cream until eventually it fills up and starts dripping through the shaving cream. I chose this activity because there are a few simple items needed, shaving cream, water, jar, food coloring which could be found around the home and would be interesting for children. This would help simplify the understanding of clouds producing rain for young children. This activity can be used during the studying clouds/weather I would use during the lesson while explaining how clouds make rain for a visual.

This lesson is so simple and adorable! It's about teaching students the types of clouds and precipitation. It gives a very simple and eye friendly teacher outline for the types of clouds and directions for a demonstration. I think this project could be taken down or up a few notches to match the age group someone was teaching. It's a very wonderful lesson for active and visual learners. It provides a bit of hands on involvement and visual demonstrations about rain fall. I would use this lesson to teach to my class as a whole, but I would love to put my student's into groups to do the experiment. I think it would be a good time for them to practice the scientific process that we would've previously discussed, by allowing them to think critically and predict what would happen to the food coloring droplets and so on.

"Present an activity that uses globes to show that some birds migrate east and west rather than north and south." This activity can incorporate problem solving, prediction, reasoning, and many more options.

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.

This is the resource I have chosen as a science field trip. After looking over some of the different choices for demonstrations I think that the "Science Goes Splat" would be the best choice for my students. It's a chance for them to help in making predictions and observations about a problem that the whole group is facing which goes along with my standard (3-5-ETS1-2) in that the students are coming up with ideas about what may happen within the constraints of the demonstration. This is also a great way for them to see an exercise in gravity that we may not be able to do in the classroom

This is a fun and creative way to get students thinking about size and shape. This lesson could also be used for osmosis. Students could use different liquids to soak the gummies in overnight and make measurements and predictions about size and shape in a journal. It would be fun to do this lesson, because at the end you get to eat gummy bears!

by Judie Haynes A pumpkin theme unit can be related to either Fall harvest or Halloween. These lessons are written to follow the TESOL Pre-K-12 ESL Standards: Standard 2, Goal 2. How plants grow; experiments with pumpkins Beginning, advanced beginning ESL students grades 2-6 Plant growth vocabulary; how pumpkin seeds grow into mature plants; floating and sinking; predicting and estimating. This lesson can progress through an entire chapter and the activities with growing pumpkins can help give visuals throughout the lesson.

For this activity you would need a glove, 5 cotton balls, and 5 different types of plant seeds. Label the fingers of the gloves, wet the cotton ball but rid the excess water, place one seed and one cotton ball in the correctly labeled finger of the glove and watch the seeds grow. You can plant cotton ball and seed in garden once they sprout. I chose this because I think that kids really enjoy growing their own plants. I have worked with children and done this before and they love to check on them daily and then be able to take home and grow. I also chose this because each individual child gets their own plants and individual participation for fairly inexpensive project. As we begin a lesson on plants, we would plant our own plants to watch them grown throughout the unit. We would also be able to journal about our plants and their changes over time.

This lesson involves watching plants grow from seeds. Students use a glove and place one seed in each of the fingers and thumb. A damp cotton ball is added to hydrate the seeds as they grow. Students can watch their seeds grow into seedlings and eventually transplant elsewhere to become full grown plants. I would add some things to this lesson (such as a daily or weekly journal to document the growth of the seeds). I chose this because during an observation I saw this lesson in action! The students (grade 1) loved it and were excited to see what their seeds were doing each day and excited to know that when the seedlings were big enough, they would be planting them outside their school. It's valuable to me because I think it's important for students to understand the plant cycle and to appreciate the act of growing things (not just trees or flowers, but we can grow our food too!) I would use this lesson with different books to get the students engaged; I would use journals to monitor and make predictions about our seedlings as well.