The fun grid class teaching plan science
The following is a science lesson plan for a large class on "fun squares": ** 1. Activity Target ** 1. Perceiving the main features of a cuboid and the relationship between a plane and a three-dimensional object. 2. Able to use simple tools to measure and compare, develop spatial perception, observation, and discrimination. 3. Happy to participate in mathematical games, interested in body recognition. ** 2. Event preparation ** 1. ** EXP preparation ** - Master the usage of various measuring tools in advance, as well as the gameplay of occupying squares. - Understand cuboids and cubes and their basic characteristics. 2. ** Material preparation ** - Large cuboids plane unfolding four, activity class. - Ruler, rope, paper, pens, and other measuring tools, as well as materials for making cuboids. ** 3. Activity process ** 1. ** Introduction of Winter Olympics videos to stimulate children's interest in participating in activities ** - Q: What is this video about and where is it held? How many gold medals did our China team win? (Introduction to the game) 2. ** Play with the grid and perceive the planar expansion of the cuboid ** - The first test was eyesight: how many small squares were there in each group of observation, communication, discussion, and records? What were the shapes of the small squares and how many were there? For example, the red, blue, and green cells each had six cubes, while the yellow cell had two squares and four cubes. (You can comb through the PowerPoint form with the child) - [Description: There are six small squares in each group. Some of these squares are all rectangular, some have two squares, and some have four squares.] 3. ** Game "Lattice Transformation": Perceive the process from two-dimensional graphics to three-dimensional graphics ** - [Second stage: Turn into a cuboid within the specified time.] - Rules: 1. The side with the grid faces outwards; 2. The division of labor is discussed. - He played the 3D video and sensed it again. - Question: What did the small grid in each group of grids become in the cuboid? There were a few noodles. - [A cuboid has a total of six faces, namely top, bottom, front, back, left, and right.] (PowerPoint presentation) 4. ** Group measurement: Discovered that the two opposite sides of a cuboid are the same size ** - The third requirement: - (1) Use the measuring tools provided to measure and find the surfaces of the cuboids of the same shape and size and stick the same mark on them. - (2) Observe and discuss the relationship between the positions of these faces with the same logo; - 3. The teams divided their work and discussed who would hold the cuboid, who would measure it, and who would stick the sign. (Show me the powerpoint to explain) - The teachers would tour around to guide the children's measurement, reminding the groups that completed the test faster to share their own measurement methods and findings. - The teacher and the child verified the measurement results together. - Question: What measurement method did you use? How was it measured? (Check them one by one) - "Using the same piece of paper to measure the size of the surface is a fast and simple method. Read more exciting novels for free
Big Class Science Open Class Teaching Plan
The following are some of the teaching plans for the open science class: ** I. Teaching plan for "Roundrel"** 1. ** Activity Target ** - Let the child perceive the secret of the roly-doll and learn how to make a self-made toy. - Cultivate children's ability to discover problems, explore and solve problems, and experience the joy of success. 2. ** Event preparation ** - A number of toy roly-ups and self-made "roly-ups"(with flat or round bottom). - Children's operation materials: Semi-circular colored paper, ping pong ball (minus one-third in advance), glue, eggs, pebbles, plasticine, colored paper, and colored pens. - Early childhood learning resources page 4. 3. ** Event process ** - The teacher used a riddle to introduce the activity: "A doll is in good spirits and doesn't sleep all day long. Although your body is small, you have great strength. Thousands of people can't push you down." - The children were free to play with the toy. The teacher guided the children to discover the changes caused by the shape of the bottom and the internal items of the toy. - Make a roly-doll with reference to page 4 of the learning resources for children. Investigate the influence of the material and position of the items at the bottom of the eggshell or table tennis ball on the effect of the roly-doll. For example, the eggshell or the bottom of the ping pong ball were filled with small stones and plasticine, and the doll would not fall down when the plasticine was stuck to the bottom. Children could also be instructed to make and decorate the doll with different materials. - The children exchanged their own roly-dolls. 4. ** Event Extension **: Continue to make other forms of roly-dolls in the art design area and explore the reasons why they won't fall. ** 2."Why Did the Dinosaurs Disappear" lesson plan (less information, only a rough framework)** 1. [Activity objective: Investigate the cause of dinosaur extinction and conduct emotional education.] 2. ** Event process ** - There were many theories about the extinction of dinosaurs. - Mentioning triceratops, stegosaurus, ankylosaurus, Mosasaur, and other dinosaur species. ** 3. Teaching plan for "Understanding Chrysanthemum"** 1. ** Activity Target ** - Let the child use all kinds of senses to observe and recognize the chrysanthemum, and know that there are many varieties of chrysanthemum. - It allowed the child to describe the observation in a more vivid language. - Let the children understand that chrysanthemums are flowers that bloom in autumn to decorate the environment and know how to take care of flowers. - To develop the child's observation and imagination. - Cultivate children's hands-on operation ability, boldly create and share the experience of successful cooperation with their peers in the activity. 2. [Activity preparation: Chrysanthemum lesson, two pots of chrysanthemums.] 3. ** Event process ** - The conversation was led in, mentioning autumn and things in autumn, leading to chrysanthemums. - Play the chrysanthemum class, show the pictures of chrysanthemums, stimulate the children's interest in observation and ask if the chrysanthemums are the same, color, appearance, etc. - The children were free to perceive, observe, and communicate with each other about the chrysanthemum pictures. After that, the children were asked to share the pictures with each other. - The teacher guided the children to observe the chrysanthemum in an orderly manner with various senses such as looking, touching, smelling, etc., including the color of the flower, the shape, smell, the position of the leaves, color, shape, etc., and asked questions to think about. - He introduced that chrysanthemum could be used to make tea and asked the child if he had drunk chrysanthemum tea and how it tasted. - He emphasized that chrysanthemums were autumn flowers and that they had to be protected. ** IV."The Rise and Fall of an Object" lesson plan (Part of the content)** 1. ** Activity Target ** - Let the child know what is sinking and what is floating in the water. - It allows children to operate experiments, record results, and boldly describe the process and results. - Arouse the child's curiosity and desire to explore. - It allowed children to boldly and clearly express their opinions and experience the joy of success. 2. ** Activity preparation **: A large glass tank filled with water, various items that can float (small wooden blocks, spoons, erasers, small stones, foam boards, ocean balls, etc.). ** 5. Interesting Bionic Design (Part of the content)** 1. [Activity objective: The Thinking Tool was invented based on which animals and plants were imitated.] 2. ** Activity process **: The teacher will ask which tools were invented based on the imitation of animals and plants. The children will think about it and answer. For example, the lotus leaf can inspire the invention of umbrellas, the bird can inspire the invention of airplanes, etc. ** 6. Teaching plan for "Turning A4 Paper into Circles"** 1. ** Course objective ** - Let the children be happy to participate in the activities and actively explore the method of turning the A4 paper into a circle. - It allows children to independently make circles and make bold guesses and attempts. - Let the children experience the joy of "drilling holes". 2. ** Course preparation ** - A pair of child safety scissors corresponding to the number of children. - A4 paper. - PPT。 3. ** Course process ** - Lead out the activity. If the little doll wants to play the hole drilling game, show the A4 paper to let the child think about how to make a hole, and guide the child to observe how to cut a bigger hole (the thinner and narrower the edge, the bigger the hole). - The bigger puppet wanted to participate in the game. It showed the steps to teach the children how to make circles and demonstrated them. - Children's operation, teacher patrol guidance. - Criticize children's works, praise successful children and let them experience the fun of passing through holes, and guide and encourage unsuccessful children. ** 7."Magical Fingerprint" lesson plan ** 1. ** Activity Target ** - Let the children recognize fingerprints and know that everyone's fingerprints are different. - Cultivate children's observation, logic, and reasoning skills. - Let the children experience and feel the joy of scientific activities. 2. ** Event preparation **: A hard, smooth membrane, a bottle of baby powder, a brush, a black plastic film, a stamp pad, a magnifying glass, an air blow, goggles, scissors, and scotch tape. 3. ** Event process ** - The scene was introduced. Qiao Hu and Dorothy discussed what fingerprints were and whether fingerprints were the same. - The teacher explained that everyone's fingerprints were different. There were spiral patterns, bow patterns, ring patterns, and other different types. Each fingerprint was different. He also explained that fingerprints could increase friction and help solve cases. - Experience the operation and explore the method of obtaining fingerprints. The novel "Hundred Years of Spaceship" is equally exciting. Everyone is welcome to click and read it!
Middle Class Science Activity Teaching Plan: Water-absorbing Paper Teaching Plan
Teaching plan topic: explore the water-absorbing paper Activity target: 1. Understand that water can absorb objects. 2. Investigate the water absorption of paper through observation and experiment. 3. Cultivate students 'scientific practical ability. Event preparation: 1. Absorbing paper. 2 water. 3. Fine sand. 4. Tool knife. 5. Magnifying glass. Steps: 1. Put the paper in water and observe its changes. 2. Hold the paper with your hand and suck up some water to observe the changes. 3. Scatter the sand on the water-absorbing paper and observe the changes of the sand being absorbed. 4. Put the paper and sand together under a magnifying glass to observe and compare their water absorption effects. 5. Summing up and discussion. Event Extension: 1. Ask the students to imitate the experiment of water-absorbing paper and explore the water-absorption of other materials. 2. Design other scientific inquiry activities for students to further explore the mysteries of science.
Middle Class Science "Symbol Kingdom" Teaching Plan
Teaching plan of science swallow in kindergarten middle class
Teaching plan topic: swallows Target: Through the experiment to observe the behavior of swallows, train children's ability to observe the natural world and stimulate children's curiosity and desire to explore. Material preparation: - Swallow picture or model - string - plastic box - scissors - pigment - water Teaching process: 1. Introduction of swallows: introduce the characteristics and living habits of swallows to children to arouse their interest. 2. Prepare the materials: fix the swallow model on the plastic box and divide the plastic box into four areas with a string. In each area, place a different type of swallow. 3. Observe swallows: Guide children to observe the appearance characteristics of different types of swallows, such as color, size, shape, etc., to help children understand the differences between swallows. 4. Experimental operation: Put the swallows in different areas to guide the children to observe the activities and behavior of the swallows. - Swallows would fly between different areas and look for food. - Swallows would stay in certain areas for a long time as if they were thinking or resting. - The swallows would jump and roll between different areas as if they were dancing. 5. Summing up: Guide the child to summarize the observation results and answer questions about swallows. For example, what do swallows eat? How do swallows fly? Wait a minute. 6. Outreach activities: Guide children to further explore, such as making swallows and observing insects, to help children consolidate their ability to observe the natural world and their desire to explore. Teaching Reflection: - Guide children to carry out experimental operations to stimulate their curiosity and desire to explore. - To help children understand the characteristics and behaviors of different kinds of swallows, and to cultivate children's observation ability and inquiry spirit. - Guide children to carry out activities to consolidate their observation and understanding of the natural world.
Teaching plan for science activities in the middle class of kindergarten
An example of the science activity lesson plan for the kindergarten middle class is as follows: Title: Exploring Nature Target: 1. Help children understand various things and phenomena in nature and cultivate interest and curiosity towards nature. 2. Cultivate children's hands-on ability and observation ability to promote their understanding and exploration of scientific phenomena. 3. Cultivate children's cooperative spirit and promote their social development. Prepare: All kinds of objects in nature such as stones, leaves, flowers, animals, etc. 2. Paints, brushes, and labels of various colors. 3. Teaching aid: tape recorder, small plate, small spoon, small cup, small bucket, etc. Event process: 1. Observe all kinds of things and phenomena in nature and record them in the observation notebook. 2. Make observation cards to record the things and phenomena you observe. 3. To organize group activities and let the children cooperate in making small experiments such as drawing with paint, making small ornaments, etc. 4. The observation group shared their own feelings and discoveries about the experiment results. 5. Sharing research results. Let the children tell stories about their exploration of things and phenomena in nature. 6. Review the event and summarize the lessons to prepare for the next event. Note: 1. During the activity, guide the child to maintain curiosity and continue to explore and observe things and phenomena. During the activity, you should pay attention to the safety of the children, such as avoiding using dangerous materials for experiments. 3. After the activity, the children should be organized to summarize and reflect to help them find their shortcomings and encourage them to continue to explore and learn.
Small Class Science and Art Teaching Plan and Reflection
The following is a science and art lesson plan for a kindergarten class and an example of reflection: ** I. Teaching plan: Making Friends with Baby Vegetables: Drawing Vegetables ** **(I) Teaching objectives ** 1. scientific goals - He could recognize carrots, celery, fungus, and mushrooms, and he could tell the basic characteristics of vegetables. - To understand the benefits of these vegetables to the body. 2. Art goal - Children can use drawing tools to draw the shapes of vegetables that they know. - Children should be encouraged to use color to express the color characteristics of vegetables. 3. comprehensive target - He liked to eat these vegetables and cultivated his love for them. - To be able to present one's own work and appreciate the work of others. **(2) Difficulties in Teaching ** 1. ** Main point ** - Master the appearance and color characteristics of the four vegetables for painting. - He drew simple vegetable shapes, such as long strips of carrots, short and fat shapes of mushrooms, etc. 2. ** Difficulty ** - Arouse children's passion for painting, let children vividly draw the appearance of the vegetables in their hearts and have a more aesthetic feeling. - Guide the child to reflect the characteristics of vegetables in the painting, such as the slender feeling of celery. **(3) Teaching preparation ** 1. Coursewares (including pictures of four kinds of vegetables and animations of the benefits of vegetables to the body). 2. Several portions of vegetables (carrots, celery, fungus, mushrooms) for children to observe and touch. 3. Drawing paper, watercolor pen, etc. **(4) Teaching process ** 1. ** Introduction (Science)** - He showed the rabbit hand puppet to arouse the interest of the child."Little friend, today our class has invited an animal friend. Look, she is the mother rabbit. Let's say hello to her." Mother Rabbit said that she welcomes children to her house. She has prepared a lot of dishes." - Show the real vegetables and guide the children to use a variety of senses to perceive the appearance and characteristics of the vegetables. For example,"Children can look, touch, smell these vegetables, and then tell each other the names of these vegetables. What does he look like?" - Ask the child to share the results of his observations and the teacher will summarize them. For example, for celery,"Celery is green, thin and long." As for carrots,"Carrots are orange. One end is thick and the other end is thin." "The fungus is black and hard." Mushroom: "Mushroom is brown, short and chubby." 2. ** Painting Creation (Art)** - "Children, we have just met so many cute vegetable babies. Shall we draw them now?" - He distributed drawing tools and guided the children in the process of drawing. For example,"Are you going to draw a carrot with this long one? Then you can draw one end thicker." Children should be encouraged to use color to express the color of vegetables. 3. ** Knowledge Expansion (Science)** - Play the animation to let the children understand the different nutritional value of each vegetable. For example, play the animation in segments and ask,"What are the benefits of Baby Carrots for our bodies?" Then, he summarized it with the child."It turns out that every vegetable has different nutrients. If I make friends with all the vegetable babies and eat more vegetables, it will make the children healthier." 4. ** Exhibition and Exchange of Works (Comprehensive Part)** - Ask the children to show their works and introduce what vegetables they drew. For example,"I drew mushrooms because mushrooms are brown, like small umbrellas." - To encourage other children to appreciate and express their opinions, for example,"I think the color of the mushroom he drew is very uniform." **(5) Teaching Extension ** 1. The children's paintings were made into a picture album and placed in the corner of the book for the children to read at any time. 2. During the lunch session, the dishes made from these four vegetables were provided to let the children deepen their love for vegetables through tasting. ** 2. Reflection ** 1. ** Success ** - Through the physical display and interaction, the children had a more intuitive understanding of the shape and characteristics of the vegetables. When painting, they could better show the shape and characteristics of the vegetables, which indicated that the scientific observation segment had a good foundation for art creation. - In the work exhibition segment, the children showed a high level of enthusiasm. They were able to boldly introduce their own works and seriously appreciate other people's works, which helped to cultivate the children's ability to express and aesthetic. 2. ** Inadequacies ** - In the process of painting, some children chose a single color, which might be because they did not have a deep impression of the color of vegetables. In the future, they could emphasize the color part when introducing the characteristics of vegetables. - For some children with weaker drawing ability, the guidance was not detailed enough, resulting in their works not reflecting the characteristics of vegetables well. In the follow-up teaching, more attention should be paid to individual differences and more targeted guidance should be given. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Teaching plan of science in kindergarten middle class,"Which is heavier?"
The lesson plan of "Which is heavier" for science in the middle class of kindergarten is as follows: Title: Comparing the weight of objects Aim: Through experiments, explore the weight of different objects to help children understand the meaning of weight. Prepare: - 5 different types of objects (such as apples, sand, stones, candy, and eggs) - Fine sand or paper towels, weighing machine or scale - Experimental materials and tools (e.g. sticks, sticker, etc.) Steps: 1. Divide the objects into groups of five and place them on both ends of the balance to record the reading of the balance (for example, if the balance reading is 0, the objects are the same; if the balance is unbalanced, the heavier object is on one of the ends). 2. Place objects with different weights on the fine sand or paper towel respectively and use a small stick or other tools to observe the trajectory of the object moving on the fine sand or paper towel and record the results. 3 Repeat the above steps until all the objects are placed on fine sand or paper towels and record the results. 4. Comparing the weight of different objects to find the heavier one. 5 Record the weight of each object and describe the difference in weight between the two ends of the scale. The conclusion was that the experiment could help children understand the meaning of weight and the difference in weight between different objects. At the same time, observing the movement of objects on fine sand or paper towels through experiments can help children develop the ability to observe and experiment.
The teaching plan goal of Dandelion in middle class science education
The teaching plan for Dandelion in the middle class science education usually included the following aspects: 1. Understand the shape and characteristics of dandelions, including stems, leaves, flowers, seeds, etc. 2. Master the growth and development process of dandelions to understand their life cycle and adaptability to the environment. 3. Exploring the life cycle and growth pattern of dandelions to cultivate the ability to observe and think about natural things. 4. Learn the classification and characteristics of dandelions to cultivate the ability to explore and solve problems. 5. Understand the application of dandelions to cultivate interest and practical ability in scientific applications. Specifically, the goals of the lesson plan might include the following aspects: Guide the students to observe the shape and characteristics of dandelions and deepen their understanding through pictures and models. Teachers can explain the growth and development of dandelions, including the stages of seed sprouting, growth, flowering and fruiting. Teachers can guide students to explore the growth of dandelions, such as comparing the growth speed of dandelions in different seasons, observing the life cycle of flowers, etc. Teachers can guide students to understand the classification and characteristics of dandelions. For example, they can be classified according to the color and shape of flowers and understand the role of dandelions in the ecosystem. Teachers can guide students to understand the application fields of dandelion, such as food, medicinal herbs, cosmetics, etc., as well as its role in environmental protection and agriculture.
Reflection on the teaching plan of cognitive development of science in small class
The following is an example of a reflection on the lesson plan for the development of science cognition in a small class: ** I. Reflection on the achievement of teaching objectives ** 1. ** Knowledge and Skill Target ** - In the teaching of science in the small kindergarten class, for example, regarding number cognition (such as sensing numbers within 5), if the goal was to let the child understand the meaning of the numbers 1 - 5, during the teaching process, the child might find that although he could count the numbers, his understanding of the concept of the number that the numbers really represented might not be deep enough. For example, they might read out the numbers in order, but when faced with the actual item points, there would be repeated or missing numbers. This indicated that more practical practice and one-on-one guidance were needed to strengthen the children's understanding of the relationship between numbers and quantity. - In the teaching of recognizing the characteristics of objects (such as recognizing watermelons, radishes, etc.), children may be able to easily identify the appearance of objects, such as the shape and color of watermelons. However, for some more abstract features, such as the internal structure of watermelons (seeds without seeds), children may have difficulty understanding. This prompted us to take a step-by-step approach in teaching, starting from simple and intuitive features, gradually introducing more complex concepts, and using more visual teaching methods, such as pictures, object comparison, etc. 2. ** Course, Method, and Target ** - When it comes to letting children explore on their own (for example, exploring the different characteristics of radishes and recording the results of conjectures), it may be found that children's ability to explore on their own is limited. They might not know where to start exploring, or they might have trouble recording the results, such as not knowing how to properly express their ideas in a form. This reflected the need for more detailed guidance steps in teaching for children in small classes. Moreover, more demonstration operations should be carried out in the early stages. For example, the teacher should first make an example of exploration and record, let the children imitate, and then gradually let them try it themselves. - In some parts where the situation was created to guide the child's thinking (such as comparing a round object with a square object, thinking about the reason why a circle can somersault but a square circle can't), the child might answer the question more based on his intuitive feelings and lack in-depth thinking logic. This meant that in teaching, they should focus on cultivating the children's logical thinking ability. Through more questioning and guidance, they should help them establish a simple concept of causality. 3. ** Emotions, attitudes, values, goals ** - In terms of stimulating children's interest in scientific activities, most children showed a high interest in interesting scientific phenomena (such as tasting watermelons, pulling radishes, etc.), but there were also some children who might not participate because they were introverted or afraid of new things. This required teachers to pay more attention to individual differences in the teaching process and give more encouragement and guidance to these children so that they could integrate into the atmosphere of scientific exploration. ** 2. Reflection on teaching content ** 1. ** Selection of content ** - The teaching content chosen must be in line with the cognitive level and life experience of the children in the small class. For example, it was more appropriate to choose common things like carrots and watermelons as teaching content because children often came into contact with them in their lives and could easily resonate with them. However, if you choose content that is too abstract or rarely touched by children (such as some complex scientific phenomena or uncommon objects), it may cause children to have difficulty understanding and the teaching effect will be poor. - The difficulty of the content should also be moderate. For example, numbers within the range of 5 were more basic and suitable for children in small classes. However, if the number was increased to 10 in the same teaching activity, it might be beyond their acceptable range. 2. ** Organization of content ** - The order of teaching content should follow the principle of from simple to deep, from easy to difficult. For example, in the teaching of understanding radishes, it was better to start with the simple characteristics such as the color and shape of radishes, and then gradually go deeper into the more complicated content such as the types of radishes and internal structures. This was more in line with the laws of cognitive development of young children. If the content was messy and the jump was too big, the child might not be able to keep up with the teaching rhythm, resulting in unsatisfactory learning results. ** 3. Reflection on teaching methods ** 1. ** Teaching Method ** - In the teaching process, the teacher's explanation language should be concise, vivid, and easy to understand. For children in small classes, overly complicated scientific terms or lengthy sentences would be difficult for them to understand. For example, when explaining the characteristics of watermelons, they should use simple words such as "slippery" and "cool" instead of using some uncommon adjectives. - At the same time, the teacher's explanation should be combined with visual aids such as real objects and pictures. It was difficult for children to form a clear concept just by oral explanation. For example, when explaining the characteristics of a circle, the effect would be better if he held the circular item and explained it at the same time. 2. ** Visual demonstration method ** - The visual demonstration method was very important in science teaching in small classes. For example, when teaching children to make circular marks, the teacher's demonstration operation should be standardized and clear. If the teacher's own operation was not skilled or accurate, it would be difficult for the child to learn the correct method. Moreover, the speed of the demonstration had to be moderate and not too fast. The child had to see every step clearly. - During the demonstration, pay attention to the interaction with the children and let them participate in the demonstration. For example, during the demonstration of exploring the characteristics of the radish, the children could help hold the radish, touch the radish, etc. This could increase their attention and participation. 3. ** Game Teaching Method ** - Games were an important way for children to learn. The integration of games into science teaching could increase children's interest in learning. However, when designing a game, one had to consider the goal and educational value of the game. For example, in the teaching of numbers within Perception 5, one could design a game to count objects. However, the rules of the game had to be simple and clear, not too complicated. Otherwise, the child would focus on the rules of the game and ignore the learning content. - The organization of the game had to be orderly to avoid chaos. When children play games, teachers should guide and supervise them to ensure that the game can be carried out smoothly and achieve the teaching purpose. ** 4. Reflection on Teaching Resources ** 1. ** Teaching aid usage ** - The choice of teaching materials should be closely related to the teaching content. For example, when recognizing circular objects, it was more appropriate to choose mirrors, tamales, plates, etc. as teaching aids because these objects were easy to obtain and representative. However, if the teaching aid was not chosen properly, such as choosing items that had little to do with the circular feature, it would affect the teaching effect. - The number of teaching aids should be moderate. If the number of teaching aids was too large, it would distract the child's attention, and if the number was too small, it could not meet the child's operational needs. When carrying out science teaching in small classes, the number of teaching aids should be reasonably arranged according to the number of children and the teaching content. 2. ** Use of multi-media resources ** - If you use multi-media resources (such as pictures, videos, etc.) in teaching, you must ensure their quality and adaptability. The pictures had to be clear and colorful, and the videos had to be short and interesting. For example, when explaining the internal structure of a watermelon, a clear picture of the watermelon's cross-section could allow the child to see the situation of the watermelon with seeds more intuitively. However, if the pictures were blurry or the content of the video was too complicated, it would not be conducive to children's learning. ** 5. Reflection on the performance of children ** 1. ** Individual differences ** - In the teaching process, the individual differences of children should be fully considered. Some children have strong learning abilities and can quickly grasp the teaching content, while others may need more time and help. For children with strong learning ability, they could be provided with some expansive learning content. For example, after knowing the radish, they could try to classify the radish. For children with weak learning ability, they should be given more one-on-one tutoring. For example, when their perception of numbers was less than 5, they should be accompanied to count items alone to help them understand the concept of numbers. 2. ** Performance ** - Children's classroom behavior also reflected the effectiveness of teaching. If the children showed a proactive and willing attitude in the classroom, it meant that the teaching content and methods were more attractive to them; if the children showed inattention, fighting, and other behaviors, it might be that the teaching content was too boring or the teaching method was not suitable. This required teachers to adjust their teaching strategies in time to increase children's participation in the classroom. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Whose footprints? Small class teaching plan science activity
The following is a lesson plan for the science activity "Whose Footprints": ** 1. Activity Target ** 1. He recognized a few unique animal feet. 2. Let the child feel the feeling of pinching something with his feet. 3. Let the children practice walking on the path with different footprints to develop the coordination and flexibility of their movements. 4. Understand the characteristics and functions of the little feet. ** 2. Important and Difficult Points of the Activity ** 1. ** Event highlights ** - He understood the characteristics and uses of the little feet. 2. ** Difficulties in the activity ** - Able to clamp objects with small feet and understand some movements related to wearing socks and shoes. ** 3. Event preparation ** 1. He had a preliminary understanding of the shape of the feet. 2. There were pictures of all kinds of animals with small feet. 3. Enough small toys. 4. A path paved by the shape of a small foot. ** 4. Activity process ** 1. ** Recalling the use of small hands ** - The teacher guided the children to recall the functions of the small hands mentioned in the previous lesson, such as brushing teeth, wearing clothes, eating, and so on. 2. ** Know the little feet of small animals ** - First, look at the pictures of different small animals (such as horses, roosters, ducks, dogs, etc.) and their footprints. Let the children find out which small animals the small feet belong to and think about the use of the small feet. - Then, he observed his feet to see if they were the same as the feet of small animals. The teacher guided the children to observe that their feet had five toes. The big toe was the largest, and the toes behind were getting smaller and smaller. At the same time, it also led to thoughts about the functions of small feet and small hands. Before that, they played a game. 3. ** Game segment ** - ** Feel my little feet pinch something ** - The teacher first demonstrated how to pick up the small bottle cap with a small hand, and then use the small foot to clamp the bottle cap in front of the child. Let the child feel the difference between the function of the small foot and the small hand, and then think about the function of the small hand and the small foot respectively. For example, the small hand can wear clothes, eat, etc., and the small foot can walk, run, jump, etc. - ** Walking on the small path paved by little feet ** - The teacher told the children that their little feet were mischievously distributed on the path, and the children had to follow the footprints to finish the path. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>