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Types of observation methods and how we use them
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The inquiry science lesson that was chosen was Candy Heart Science Observations. Students were asked to determine if candy hearts will sink or float. Students were also asked to explore, what liquids would dissolve the candy hearts. This lesson was taught on Thursday, January 26th. I chose a small group of eight children from my classroom. The lesson was taught in the morning before reading group and during calendar time. This lesson was done in the common area in my mentor school.
The purpose of these lessons was to help students use their observations skills to determine the answers to the learning objectives. Students were asked the question, will candy hearts sink or float in water: The experiment was a way for my students to understand why some items float and others sink. The second portion of the experiment asked students to predict which substance will dissolve the candy hearts (water, clear soda, vinegar). My students were given the opportunity to test different liquids to see how they would react to the candy hearts. They were asked beforehand to predict which liquid would dissolve the candy hearts. They recorded their predictions on a recording sheet that I provided to them.
I began the lesson by asking the students why do they think some items float and why others did not. Some of
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We could see why manufacturers asked you to use vinegar when dissolving the tablets found in Easter egg kits. My students could also see why sugar was bad from your teeth. They concluded that candy that got stuck in your teeth gave off acid, just like the vinegar. Vinegar dissolve the candy, and so stuck candy in the tooth, like the vinegar, dissolved tooth enamel. As the teacher, I learn about the real-world concepts along with my students. I did not know why manufacturers used vinegar to dissolve the dyes and why candy was so bad for your teeth. I learned this along with my
I came up with different recipes and made three different kinds of cotton candy cookies. I asked all my classmates to taste them and provide their vote on which one they like the best. The cookie the majority of the class liked was the first one I made. When I was making cookies and researching I learned a lot! For example, did you know that drinking milk can increase your chance in developing heart disease, cancer and diabetes? I didn’t either until I was researching about milk because I thought I might use it in my recipe! Also, the first time I made a cookie it didn’t turn out very well. It tasted disgusting and like flour! When I tried again, I had someone help and she told us what I did wrong. I learned that if you put both butter and margarine, it will taste better. I also learned that you need both baking soda and baking powder to make the cookie rise. You might be wondering why the first cookie I made won. Well, most people voted for the first cookie because the green cookie was to brittle and bitter and the other cookie was way to sweet with both icing and
5. In light of this experiment, can you offer any advice to children in how to create a device that will keep an egg from breaking when thrown off of their school’s
Have you ever wondered how to separate the wonderful colors from the candy itself? What will the candy turn into when they separate it from the dyes? They wanted to see if they could find a more natural way to make the candy colorful, so that it wouldn’t cause so many health issues. They think that it will separate from the candy fine without any problems and that the Skittles will turn into a white-ish color and the M&M’s will be a chocolate color. The paragraphs in this essay consist of- what is the dye made of, how it can damage humans, and how to take away the dye from the candy.
That teeth will rot faster in Coke than milk or water. That there will be a slight difference between milk and water substances on decay levels.
They were given a article and had to underline what they felt what was important or significant. Then as a class, we went through paragraph by paragraph and discussed what we underlined. The students told Mrs. Sottoriva why they felt it was important or what it meant. I followed along with the students and I was impressed with the responses they gave. Mrs. Sottoriva also told the students what she underlined, this way they could underline it if they did not already. I really enjoyed this activity because it helped with the student’s comprehension. The students had to think about what is important and what it meant if they did not understand it.
Mary Cover Jones heard about the experiment that was done on Albert. She wondered if she could teach a child n...
chocolate, under the circumstances of a natural world. Such an experience does not only contribute to their better understanding of different processes happening around them but also teaches children to employ and rely on their senses. As a result, students receive an opportunity to investigate properties of chocolate and predict its reaction under different circumstances. Moreover, this experiment encourages children to employ evidence for creation of various testable predictions of other objects and natural phenomena. Elementary science, in its turn, will enhance students’ skill of analytical and critical thinking that allows either to support or refute different claims and
The main problem being investigated in this experiment is the different rates the color on a skittle dissolves when sugar is added to water. The experiment was to determine which amounts of sugar would affect the rate at which the color on a skittle dissolves. According to Little Bins for Little Hands, skittles are supposed to be able to dissolve in water (Littlebins, 2016). I did not know water could help the skittles dissolve faster, and I thought the sugar I added would help them dissolve at a faster rate. This experiment really caught my eye because I was personally really intrigued as to how the amount of sugar would affect how fast the color on a skittle would dissolve. I’ve never heard of anyone doing this experiment so I wanted to test it for myself to see what kind of results I would get. Whenever the skittle was dropped into the water it would sizzle, and the process of dissolving would occur. My hypothesis was “If the amount of sugar is increased, then the rate it takes for the color on a skittle to dissolve will decrease.” The experiment was all around very fun, however the results I collected were not what I was anticipating.
Brief overview: John is in first grade, age six. The blue ice exploration took place within an empty classroom at the end of the day. The environment was familiar to both of us, quiet and there was plenty of room for us to have the bucket on the table. I had the other materials on a different table. I was really excited to try this experiment with John after seeing our guest Dr. Susan Rauchwerk conduct the same experiment. I had a list of “nuggets” I had written down prior to John joining me that I took away from our class time exploration. I was really hoping we could touch upon a few of these items. The materials used in this exploration were: a see-through bucket (similar to the size used in the classroom exploration), blue ice cubes, cold water, and a spoon.
Meta: Candy is the theme of the moment within the world of slots, with Mobilots jumping on the trend with its latest release. Promising to deliver a taste worth savouring, is this game as sugary sweet as it proclaims?
The first day I walked into the classroom to meet my mentor teacher, I could not find her in her room because she was across the hall in another classroom. Across the hallway, they were working with the science buddies. For most science lesson Mrs. Shaw and Mrs. Flanagan come together to co-teach, and by doing this the Science Sisters were born. When the students get together they work in groups of six or seven to do hands on science experiments. The first hands on activity they were doing was a challenge to see if the groups could work together to figure out how to use two different types of matter to get a science textbook two inches off the table. (I have to say that was the best use of a textbook for learning I have ever seen). The students had only raw noodles and tape, and they had to figure out, on their own, the best way to use them to complete their challenge. In the end some groups meet the challenge and other groups
This journal entry will be about the observation of a Six Grade Science class. There are twenty-four students in this classroom with one teacher, Mr. Kessler. The energy and knowledge that this teacher portrayed during his lesson was exciting and engaging. He showed that an excitement for the subject you are teaching encourages the students to learn. His students were captivated by this excitement the moment they walked into the classroom. He was energetic and joyful and the kids showed these same feelings as they sat down to begin the warm up exercise for the day.
I have ensured that I meet my students’ science needs by assuring that the material needed to be cover in the class was covered. Furthermost, the students are able to learn from exploring, which is different from teaching the students how to and giving them the information needed. The students were still able to learn the material needed to be covered by discovering the content.
In Science, teachers serve as the facilitator of learning, guiding them through the inquiry process. Teachers must ask open-ended questions, allow time for the students to answer, avoid telling students what to do, avoid discouraging students’ ideas or behaviors, encourage to find solutions on their own, encourage collaboration, maintain high standards and order, develop inquiry-based assessments to monitor students’ progress, and know that inquiry may be challenging for some students so be prepared to provide more guidance. There are three types of Science inquiry: structured, guided, and open. Structured is the most teacher-centered form of inquiry. This type of inquiry is mainly seen in laboratory exercises where the teacher needs to provide structure, however the students are the ones who conduct the experiment and find conclusions. Guided inquiry is where the students are given tools to develop a process and find the results. As an example, the teacher would instruct the students to build a rocket, but not tell them how to design it. This leaves creativity and uniqueness for the students to be able to apply their knowledge and skills. Open inquiry is when students determine the problem, i...
One of the widest used methods is learning through discovery. Discovery is finding out information using hands on experiments. The children can discover what happens in science and why. They answer the problems for themselves. They use their schema, prior knowledge of science, to search for information. The cycle of scientific discovery is first a question or series of questions are raised. Second, through a discussion a problem is identified and narrowed so that the kids can solve the problem. Third, with the assistance of the teacher, the children propose a way of looking at the problem and then collect the...