Group items tagged

This website is interactive and allows children to work together. In this activity students pair up and see what their children's eyes would look like if they had a child together. I selected this website because I thought it would reinforce some of the Punnett Squares and other genetic content covered. Also, I thought it would be fun and engaging for students to pair up and work together. I would use this resource as an activity to go along with a lesson that I taught. Students would work together to see how genetics play a role in their child.

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 app could work great for teacher or student-directed learning. It shows the universe in a way that is more engaging that simple, flat pictures. It's a versitile app that can be adapted for a variety of in-class or at-home activities. Students can use it to find out how close planets/contellations are to a given object in space or they can simply pick a planet/constellation they want to learn about and teach the class about it. It could be used as a great introductory or motivational tool. It can also be used as a fun reward for students who finish their work early.

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 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!

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 a video that NASA created about Engineers and explaining what they do. The whole point of my standard (3-5-ETS1-2) is students going through many different possibly solutions to figure out the one that works best. This video demonstrates an engineer going through the process of picking out a solution that works best for his problem out in space. It's a great way to introduce a lesson and could work as the beginnings of an activity idea for students to do in becoming "space engineers".

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.

The Students will create an undersea environment in their classroom while researching interesting facts about their favorite sea creatures. Materials may be used such as crayons, colored pencils, markers, crepe paper (blue, green, red, yellow, pink), paper plates, construction paper, index cards, or books/magazines with pictures or illustrations of fish. Throughout the following week the class will all work together to turn their classroom into an undersea environment, and teach one another more about the creatures that live in the sea. I chose this source because it is an exciting way to jump into a unit about the ocean wildlife, and by choosing their favorite creature the students will get a chance to use creativity. Ocean animals are exciting to learn about because they are often unseen to the human eye, and decorating the classroom is a fun way to bring the underground waters to life. In the classroom I would use this lesson at the beginning of a biology unit to get the class excited, and allow them to work on something fun throughout the week. Displaying their work in the classroom will make the atmosphere bright and cheery!

Pocket Universe resembles many stargazing apps in it's layout, hi-def images of all the space you could ever want, but in addition to that Pocket Universe has animated planets and a customization tool for star maps. It's designed for browsing, but also for educational purposes, as it's ability to review astronomical news is built right in next to tours of planets. Pocket Universe, as a resource could provide hands-off student directed instruction extremely easily. This allows students to explore astronomy on their own, without the concern of incorrect or unknown material. I envision this app being cycled through as an activity for students to utilize after their work is finished, as well as possibly being the basis for small group projects- especially those that center around specific planets or astronomical events/news.

Pocket Universe resembles many stargazing apps in it's layout, hi-def images of all the space you could ever want, but in addition to that Pocket Universe has animated planets and a customization tool for star maps. It's designed for browsing, but also for educational purposes, as it's ability to review astronomical news is built right in next to tours of planets. Pocket Universe, as a resource could provide hands-off student directed instruction extremely easily. This allows students to explore astronomy on their own, without the concern of incorrect or unknown material. I envision this app being cycled through as an activity for students to utilize after their work is finished, as well as possibly being the basis for small group projects- especially those that center around specific planets or astronomical events/news.

As technology in schools continues to advance, teachers must be on the lookout for ways to integrate new technology into the classroom. This website overviews 30 science apps for IPad covering topics such as physics, chemistry, anatomy, geology, weather and the solar system among many others. Most are free, but some charge a small fee and would be suited to many grade levels, at least grades 3-12. I would use to introduce or supplement a lesson, but could also see this as a treat for kids ready to work ahead.

This website is really cool. There is a ton of great information on topics that I think would be interesting for kids of all ages. The images included with the information are awesome.

This site contains activities and projects for students to work on like creating their own space probe or looking at interactive maps. Its full of videos, current events, extra teaching resources and even describes way that everyone can get involved with helping the environment. It's a great interdiciplinary resource that can tie together a broad range of subjects and topics. The webiste resources are free but the magazine subsription does cost money. In addition to the teacher resources link there is also a special page just for young learners that includes music, games, movies, and more.

This website explains what the PTC gene is and why some people taste bitter flavors. It explains what the PTC gene is useful for in nature and how natural selection works. It also stated that PTC gene carriers were less likely to be smokers. I choose this resource to go in to depth more about why some people are carriers of this gene and other people are not. It helps explain why it is important in nature, which I thought was cool. I would use this website as tool for myself after giving my students the paper to test for this trait. Then I would explain the benefits of having this gene.

From our small world we have gazed upon the cosmic ocean for thousands of years. Ancient astronomers observed points of light that appeared to move among the stars. They called these objects "planets," meaning wanderers, and named them after Roman deities-Jupiter, king of the gods; Mars, the god of war; Mercury, messenger of the gods; Venus, the goddes of love and beauty, and Saturn, father of Jupiter and god of agriculture. This activity assists students with facts and knowledge on how the solar system works. By providing a diagram that assists the student in the order and distance of each planet, this activity provides the student with a realistic vision of what outer space looks like. I believe that this resource can be used to help students memorize as well as find interested in how the solar system works and how each planet is arranged, what their made of, their distance from the sun, ect.

Edit your tag to be "solar system" so it is in one place. Remove "science" tag, as these are all science. Use teh grade level tags k-2, 3-5, 6-8, and/or 6-8 rather than broader ones like k-5.

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 is a fun little video that would be a great introduction to a fall science lesson. It talks about whether a pumpkin is a fruit of vegetable and how big the biggest pumpkin was. There is also a little quiz at the end. I like it because it is easy to understand and the pictures are bright and colorful. Also it kept the attention of my two year old so it should work in an elementary classroom.

I can see this being useful and relevant in a unit about fruits/vegetables and/or nutrition, especially if it was being taught in the fall, when pumpkins are prevalent. Good cultural connections, too.

This is a cute idea to incorporate visual arts into a science lesson plans. I loved using Crayola lesson plans when I was teaching pre-school. This lesson is cute because it deals with baby animals and the students get to work on fine motor skills as well. Be sure to check out the rest of the website.

The concept of the video is to show that when molecules are heated up they slow down and move farther apart, while the opposite happens when the molecules are cooled. The video shows and explains that by heating up the air inside an old, thick milk bottle and placing a hardboiled egg on top, the egg will be "pulled" unbroken into the bottle through the small opening at the top. The student explains that when the air inside is heated up the molecules spread far apart while the molecules in the cooler air outside of the bottle are compressed and practically push the egg through the opening. The student also does another demonstration that can be done safely at home, or in the classroom, by heating up the air in a glass juice bottle and placing a water balloon on top with the same results. She also shows that by cooling the air inside the bottle by blowing in it, the egg pops back out. I liked this video because the student is demonstrating and explaining to the grown ups the scientific principles involved. I also liked it because it provides a safe way to conduct the same experiment at home or at school. I think this is a great visual demonstration to add to chapters related to properties of matter. I would show the students the video and ask them how they think that worked. I'm fairly certain that a few would say it was a trick of some kind, so I would ask them if they thought we would get the same results or if something different might happen. I would then conduct the same experiment in the classroom.

This is a fun science activity that allows students to see how erosion works, and how it affects the world around them. It also has a video to go along with the lesson so that after students see how it works, they can see a huge example of it in the Grand Canyon.

This resource gives the children an opportunity to get up to the smart board and work on fun but still very educational material. I selected this resource because there is also a host of games that allow the children to showcase some different types of animals into their own animal and also make their own habitats. I would use this resource by first teaching the students what they need to know about the biodiversity of plants and animals and the different habitats and then I would have the students go to the smart board and work with the interactive activities. After this, I would have the students make and explain an animal and also habitat.