Primary Objective:The students will be divided into groups with each having a portion off of the food pyramid to research and write a presentation on to present to the class. Each group will also be tracking a daily food log recording their daily food intake and which portion it belongs to and make sure they are getting the right nutrition balance on a daily chart. At the end of the six weeks for their end of course test they will each make a dish for the class pertaining to a food off of their portion of the food pyramid and incorporate measurements and portions adequately and also preparation , cleaning and shopping for the cooking for their life skills.…
colors or in a third class to introduce a rainforest science lesson. I would highly recommend this…
In my placement I had to plan and provide two different activities to promote children’s understanding of science. I planned both of the activities under the headings:…
As children start immersing themselves into the experimental world, they will enter the scientific laboratory and learn how to conduct cool observations, understand scientific terms like ‘acid rain;’ and discover fun facts like how many latex balloons per day can be made from one rubber tree?…
The science lesson was on the water cycle. This was a great lesson to observe. The teacher read from the text book a brief description of this process. The students were not as interested in this aspect of the lesson. The teacher then showed some great video that allowed the students to see the process. The students enjoyed the interaction with great technology and with each other. The teacher did a wonderful job of incorporating other content areas that the students were learning. There was an emphasis on literacy and on comprehending the content (Carin, 2009).…
During a science lesson in class 2, I was observing a little group of 6 pupils. The learning activity was the pupils planting some seeds in plant pots and then drawing a plant and labelling it. During the lesson a had to communicate with the other teaching assistant to explain which seeds were in which pots and when I needed the water for the plants. She needed to know this because she was labelling the plant pots with the name of what seed was inside. We did this because plants need different types of care so she also wrote what care the plant needed on each label. Both me and the teaching assistant were then going to plant these plants with the pupils outside.…
It is very important to keep in mind that children develop at different stages. A first grader is at the preoperational thought period and at this stage the child is experiencing the growth of language and imagery. In this stage the child’s thinking is unsystematic and illogical making it hard for them to understand things like 5th or even more a 10th grader would do. A 5th grader is at the concrete operational stage and here they develop their conservation skills unlike the children from the preoperational stage. This is important to consider when teaching science because a 5th grader will now understand skills involving volume and conservation, unlike a 1st grader. A 10th grader is now in the last stage of development which is the formal-operation…
In science, the use of trade books is a literacy strategy that is being used more commonly in the classroom, such as informational text and nonfiction trade books. (Atkinson, Matusevich, and Huber, 2009; Mantzicopulos and Patrick, 2011; Rice, 2002). The use of nonfiction trade books has become a crucial part of elementary education because they help students understand science concepts better (Atkinson, Matusevich, and Huber, 2009). By using trade books, teachers are able to build upon the understanding of science that the students gained while introducing other scientific concepts. Trade books can make it easier for students who have difficulty or reluctance to read can help teachers connect to them with science topics (Atkinson, Matusevich,…
Fleer,M.,Jane,B.,&Hardy,T. (2007). Science for Children: Developing a personal approach to teaching. (3rd Edition).Australia: Pearson Education.…
The first educational principle is discovery learning. In this principle, children are encouraged to discover things for themselves by interacting with the environment (Berk, 2010). Teachers provide them with things that will promote development thru their imagination and exploration. By providing a variety of materials like art supplies, books, building blocks, musical instruments and more, teachers are offering opportunities to widen their creativity and enhance their learning (Berk, 2010). Through their exploring and thinking students are taking on an active role in their learning and knowledge building. According to Castronova (n.d), “Piaget was the first to show that children were not “empty vessels” to be filled with knowledge, but active builders of knowledge.” With our current access to so much on the internet and through technology, there are many more opportunities for teachers to introduce children to discovery learning.…
This is why it is crucial to show students that being outside is a great way to learn about science content. The authors were right when they explained that kids just do not go outside anymore these days and it really breaks my heart. I spent so much time outside when I was younger and I know this is one reason that I love the outdoors so much. Being outside helps creativity which students (and adults) so desperately need. I believe that many teachers are scared to go outside and teach science because they are so focused on teaching math and ela. They are scared that they are going to get into trouble or their scores are not going to be high so they focus on these two subjects. When in reality, science can be taught even when these two subjects are being taught. They can all be connected. We have to practice engaging students in science or they will not want to do it when they get into the older…
Teachers report fewer discipline problems when science is taught in this sort of experiential manner, for example.” The garden time of the day, or week, or even month, that the school would decide upon, will give students and teachers an opportunity to get fresh air outside of break and lunch. There have been studies on the effect of fresh air on human brains. When students are exposed to fresh, clean air, it will help their brain involvement. Student engagement is essential to their success in…
New York area educators were invited to a professional development event at the American museum of Natural History on February 2, 2006, from 4:00 to 7:00 PM. The purpose of the evening was to acquaint teachers with the Museum's Darwin exhibition and to offer methods for using it to enhance classroom instruction. The event took place in the Hall of Reptiles and Amphibians and the exhibition in Gallery 3. Darwin is organized by the American Museum of Natural History, New York (www.amnh.org), in collaboration with the Museum of Science, Boston; The Field Museum, Chicago; the Royal Ontario Museum, Toronto, Canada; and the Natural History Museum, London, England. The evening began with a talk by Darwin curator, Niles Eldredge, followed by remarks from AMNH Education staff and NYC Board of Education officials. Educators then visited the exhibition and attended demostrations of activities designed to broaden the scope of the exhibition for students. Demonstration tables focused on journal writing, botany, insect observations and voyage of the Beagle. In addition, educators were given materials to use in the classroom, both as stand-alone acitvities and pre- and post-visit experiences. Educators were treated to an appetizing arrray of food and beverages, served by elegantly clad wait staff. Time was available for socializing and networking with colleagues. The American Museum of Natural History gratefully acknowledges The Howard Phipps Foundation for its leadership support. Significant support for Darwin has also been provided by Chris and Sharon Davis, the Austin Hearst Foundation, Jack and Susan Rudin, and Rosalind P. Walter. Additional funding provided by the Carnegie Corporation of New York and Dr. Linda K. Jacobs. Over 350 educators participated in the evening's events. Attendees were asked to fill out a form evaluating the professional development program. To thank them for…
Invite the children to circle. Ask the children if they remember when we talked about attributes. Remind the children of the attribute lesson when we described shapes such as triangles, squares and circles. Tell them that today we will look at some shapes similar to those, but that all share a specific attribute. Place the geometric solids in the center of the circle. Ask the children to name some attributes of the geo solids. Lead them to the discovery that they are all three-dimensional. “Do you remember when we discussed the…
Discovery learning in a Piagetian classroom is where children are encouraged to discover for themselves through spontaneous interaction with the environment. Discovery learning is the primary theory used in a highly motivating method of personalizing the learning experiences, allowing individuals the opportunity to experiment and discover for themselves. It fosters curiosity and supports the active engagement of the learner throughout the learning process, and it is the design of exhibits and activities. Discovery learning is built upon the use of a learner’s prior knowledge, experiences, and understandings. This style of learning makes the learner responsible for their own…