Group items tagged

Modern Biology Inc. supplements teaching biology laboratories. On the website they have free access to over one hundred experiments that correspond to many different concepts that are being taught in high school biology labs today. There is also the option to search by the class you are teaching for experiments. While access to their experiments is free, some of the experiments require equipment or additional materials that would more than likely need to be bought and Modern Biology, Inc. sells any piece of equipment or material that their labs mention. I selected this resource because labs are a critical part of any science classroom, and lab equipment and materials will inevitably need to be purchased. This is a good resource where all labs can be accessed and materials can be purchased in the same location. I will probably use some of the lab exercises from this website, and it is possible that I would need to purchase equipment and materials from this website as well. 

This website actually contains a list of the "10 iPad Apps for Teaching Kids About Science." This app is listed as number five but I feel it is probably the coolest. This app allows you to view the moon from many different angles. You can view it from Earth or get closer with satellite views. The coolest thing about this app is that it is HD. So you can zoom in and really examine the moon's surface. There are places where you can read facts about people and modules that have landed on the moon. This app could be used by students of any age. It would be a valuable tool in a high school astronomy class and I think it would pair nicely with that Moon Dust activity I posted before. I could simply show my kindergarten students what the moon's surface looks like and then allow them to play with "Moon Dust." I would probably use this as an early lesson in a unit on the moon. It is not stated on this site how much this app costs exactly, just that it is under $20.

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.

This activity allows students to work with genetics that effect human and animal traits. They will use the worksheets to determine which genes will pass on traits to offspring. Punnett squares are used in the activity to aid the students in finding the answers and understanding the difference between recessive and dominant genes. Students can easily work in groups to complete the science activity and use reasoning techniques to understand how their answers are formed. Along with learning about inheritance and genetics, the students will also be working with probability. This lesson can double as a science and mathematics lesson.

I found this and thought it would pair well with the Clouds in Jars I posted earlier. Both these activities could be used as part of a center day during a unit about weather. This page includes two experiments on how to create lightning. The first one sounds kind of involved and from what I read it did not have great results. I would probably used the second one. All the students would need would be a balloon and a metal spoon and, depending on the age of the students, they would only need minimal supervision. The students would be creating static electricity by rubbing the balloon on their hair and then touching the spoon to the balloon. This is really cool and really simple. This could also serve as a filler activity on a day when you need something quick to fill up some time. I could also see this activity being used during a unit on electricity as well. I would probably use this activity with students between kindergarten and third grade.

This website is more for the experiment that you might do after teaching a lesson. This particular experiment is the old fashion "making a volcano". I believe that students can learn from this experiment. There is an objective on the understanding of volcanoes and guiding questions at the end. I would probably do this experiment in the middle of the week for lessons on volcanoes. I would definitely give my students background knowledge on what volcanoes are, how they are formed, and what happens when they erupt. I would then have them do this experiment. After, the website gave a great idea for a homework assignment such as, looking into the volcanoes we have on earth and possibly writing a paper on them. I enjoy experiments, especially in science so I believe this would be great for any lesson involving volcanoes.

This is sort of a short game, but I feel that you could do it as a class or in learning centers after you had taught the lesson. This online game will get students to realize how much food, water, sleep and exercise you need to stay healthy. It also asks question such as "what will happen if he doesn't get enough water". That is probably when I will have the students answer those questions in their notebooks as an assessment of what they had learned from the lesson prior to this activity. I enjoyed playing this game and fighting to keep Ben healthy.

I found this while I was looking for a suitable experiment that might involve snacks. This activity has students constructing a "solar oven" out of an old pizza box, aluminum foil, plastic wrap, and newspaper. The idea behind this is that students can harness the ultraviolet energy provided by the sun to make an oven that will cook food. The experiment had the students cook s'mores, but it is also possible to cook a hot dog. I selected this resource because I was looking for a fun but relevant activity that would include snacks; this way, students can learn a lesson about the sun and the energy it provides while staying engaged with the promise of a snack afterward. I would use this as part of a lesson on the sun and energy, and would probably use it closer to the end of the school year, as the weather warms up and students are looking forward to summer activities.

I like the idea of this matching game, however I would take the time to make the cards out of construction paper and laminate them so that the students could use them at their desks instead of having to be at the computer. I would also probably add more descriptions and have each planet as an answer two or even three times, just to make the game more challenging and show that the student has proficient knowledge over the material that has been covered in class.

Nice job considering modifications you would make.

This was a fourth grade physical science experiment that can be used when studying electricity. Although it is not completely free it uses minimal household items so the cost is very low. The students are able to see what goes on inside a battery by completing a circuit. I would use this in my classroom because the students become actively involved in learning and it is something new and "shocking" for them to discover.

Grade level probably more like 4-8 than K-5

This dairy farm is located in Trenton, IL and would be an excellent learning experience for children. You can set up a tour with the dairy by calling the number listed on the website. I envision taking this field trip during a unit on the food groups. It could also be used as a single, more specific, lesson about the process of creating yogurt, cheese, and milk. Students would also have the opportunity to taste a free sample of the yogurt after the tour. I can remember going on a field trip similar to this one when I was in the second or third grade. I would probably also use it for that grade level. It does not say the cost of the tour on the website but I was told that it is inexpensive.

A popular St. Louis destination since 1954, Grant's Farm is the 281-acre ancestral home of the Busch family, named for Ulysses S. Grant who once lived on the land. ____________________________________________________________________________________________ Everyone from the St. Louis area has probably visited Grant's Farm. Grant's Farm is very educational and fun for kids. Not only are students learning about the different animals at Grant's Farm, they are also able to interact with some of the animals. This allows the students to be more engaged in what they're learning. Grant's Farm has many opportunities for students to learn, starting from the second they board the tram. I chose Grant's Farm for my field-trip opportunity because I know that I loved going there as a kid, and I also learned a lot when I went. The hows they have allow students to learn a lot while also having fun. I think this would be a good field-trip for any school near the St. Louis Area. If I were to take my students to Grant's Farm for a field-trip, I would discuss some of the animals that are seen at Grant's Farm and certain aspects about each animal. If I were teaching older students, I would assign each group an animal. After the field trip, I would have each group present to the class information they learned about their animal.

This is a K-2 lesson comparing the qualities of rocks which I think is a great activity for that age group. The students are to compare different groups of rocks, noting their qualitative differences. We all probably did something similar when we were this age, and it remains a quality sensory activity for the students. The lesson is fully laid out in what is essentially a lesson plan, and it was written by a teacher. I highly recommend giving it a look.

This website has a variety of unscrambling puzzles for young children. I would use this as an activity probably in the middle of "Recycling Week" to get children away from "schoolwork." Not only are the children learning words associated with recycling, they are also working on spelling and handwriting as well.

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! .

In this activity you need a flashlight, A transparent container with flat parallel sides, and 250 milliliters (1 cup) of milk. There will be water in the container. Gradually as you experiment you will add more milk to the water. The water acts as the day time sky, the milk acts as the clouds, and the flashlight is the sun. As you add more milk it gives of the appearance of a more cloudy sky. The cloudier you make it the more orange the light will get. Basically the sun sets as you fill the container with more and more milk. I think this is an awesome idea. I have never seen this done before but I would have been amassed as a student to see this. it fits great with a weather lesson, a light lesson, or a lesson about clouds and cloud types. Depending on have advanced your students are you could probably ask them to give you examples of the cloud cover that might be present as you continue to pour in the milk. This is another good observation and journal point in class. Maybe you don't tell them right away what it is supposed to look like and you have them tell you instead. You could discuss how as clouds get thicker less light passes through and introduce terms such as transparent and translucent. Whether you tell them what it is or not it is a great connection to make with students. This is something that literally happens every day in their own lives. maybe you could have them go home with journals and compare the real sunset to the one you made in class today.

Yeah, you read that right, a naked egg. What the heck? What's a naked egg, you ask. Well read on because if you have kids and if they like science at all (or doing cool things) they will love this one! First I'll tell you how to do it and then I'll explain how it ... ______ This is a neat demo that uses vinegar to strip an eggs shell. I have never seen this done before, and it caught my eye as I was searching the web. This would be great to use in a classroom when discussing chemical reactions. I would probably use only one egg and one jar to demo for the whole class to see and observe. The lesson can also lead into discussions of biology in terms of membranes and nucleus.

Most of us probably remember the classic science experiment of cleaning a penny with a mixture of vinegar and salt. This website demonstrates stepping that up a notch and experimenting cleaning a penny with different types of substances. This activity allows for the students to make inferences and predictions on what liquid will make the penny cleaner or shinier and what liquid or substance will make it duller.

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!