The sound of the middle class in the science experimental kindergarten
The following are some scientific experiments on sound transmission suitable for middle kindergarten classes: ** 1. Microphone experiment ** 1. ** Material preparation ** - Hollow megaphones (rolled up from thin cardboard), solid megaphones (also rolled up from cardboard and stuffed with paper balls), or paper cups, thread, and scissors (used to make megaphones). 2. ** Experiment Operation and Principle ** - ** Operation process ** - If cardboard megaphones were used, each child would be given a hollow megaphone and a solid megaphone. The children would be free to mate. One child spoke softly to one end of the megaphone, while the other child listened with his ear to the other end of the megaphone, and then exchanged. - If they were using a paper cup megaphone, the teacher would first guide the child to poke a hole in the bottom of the paper cup, then thread both ends of the rope into the cup, and tie a knot at the bottom of the cup to make a megaphone. After that, the children were divided into groups and played a whispering game with the megaphone. - ** Principle ** - Children will find that the sound from a hollow megaphone is clear and loud, while the sound from a solid megaphone is vague and not loud. This was because the transmission of sound in a hollow megaphone was less hindered and could be transmitted better, while the solid megaphone had a filling material that hindered the transmission of sound. For the paper cup megaphone, the sound was transmitted through the rope. In this process, the sound caused the rope to vibrate slightly, transmitting the sound from one paper cup to another. ** 2. Water Flute Experiment (can assist in understanding sound transmission)** 1. ** Material preparation ** - A long straw, a pair of scissors, a glass milk bottle, and a bottle of water. 2. ** Experiment Operation and Principle ** - ** Operation process ** - He used an empty glass milk bottle and filled it with half a bottle of water. He used scissors to cut a hole in the long straw about one-third of the way, so that it was almost broken, but it was still connected a little. Then, he bent the straw at the cut and inserted the longer section of the straw into the water. The cut was on the water surface. He blew hard on the straw to hear the sound. If he adjusted the position of the straw in the water, the sound would change again. - ** Principle ** - When blowing into the straw, it would produce a jet of air. When this horizontal airflow passed through the mouth of the longer straw, it caused the air column in the straw to vibrate, producing a sound. Sound is transmitted through air, water, and other media to be heard by us. By adjusting the position of the straw in the water to change the length of the air column and other factors, the sound changes. This could allow the child to have a preliminary understanding of the medium needed for sound transmission and the influence of the medium on sound transmission. Read more exciting novels for free
Reflection on the teaching plan of the experimental operation activities in the middle class of kindergarten
The following is an example of a reflection summary of the kindergarten's middle class experimental operation activity lesson plan: ** I. Achievement of teaching objectives ** 1. ** Knowledge and Skill Target ** - In the experimental operation activity lesson plan for middle class children, if the teaching goal was to let the children understand a certain natural phenomenon (such as the phenomenon of dissolution), it was necessary to reflect on whether the children really understood the essential characteristics of the phenomenon. For example, in a dissolving experiment, could a child accurately distinguish which substances could be dissolved in water and which could not? If most of the children could correctly point out the dissolvable and unsolvable substances after the experiment and could explain the reason (such as sugar disappearing in water because it dissolved), it meant that this goal was basically achieved. However, if there were more children who were confused, it might be because the guidance during the experiment was not clear enough, or the selection of experimental materials was not typical enough. - For the skill goal, such as whether the child has mastered the basic skills of experimental operation (such as using a spoon to stir, correct observation of experimental phenomena, etc.). If it was found that the child was not proficient in operating the spoon during the activity, or could not focus on observing the experimental results, then the teaching plan may not have fully considered the child's operational ability foundation, or there was a lack of sufficient demonstration and guidance. 2. ** Course, Method, and Target ** - Experimental operation activities were usually aimed at cultivating children's inquiry ability, observation ability, and recording ability. In the process of reflection, the enthusiasm of the child in the experiment should be considered. If the child only mechanically followed the teacher's instructions during the activity and lacked the performance of actively thinking and trying different methods (for example, in the experiment of making the bottle make a sound, the child did not actively explore more ways to make the bottle make a sound), it may be that the teaching plan was not designed enough to guide the child to explore independently, such as the lack of inspiration in the question setting. - Regarding the cultivation of observational skills, it depended on whether the child could carefully observe the various changes in the experiment. If the child ignored some key phenomena (such as the leaf observation experiment, did not pay attention to the characteristics of the leaf vein), it may be that the teacher did not have a clear focus of observation or the observation method was not diverse enough. - In terms of recording ability, if the child is required to record the results of the experiment (such as recording which substances can be dissolved in the dissolving experiment), check whether the child can accurately record it. If the child's notes were confusing or did not understand the meaning of the notes, it might be because the recording method was too complicated, or there was not enough explanation and demonstration during the activity. 3. ** Emotions, attitudes, goals ** - To test whether the child experienced pleasure and a sense of accomplishment in the experimental operation activities. For example, in the experiment of making a bottle that could sing, if the child showed excitement and satisfaction after completing the bottle and actively participated in the accompaniment of the bottle, it meant that the emotional attitude goal had been achieved to a certain extent. However, if the child showed boredom or disinterest in the activity, it might be because the activity was not interesting enough, or the difficulty of the experiment was beyond the child's ability, causing them to feel frustrated. ** 2. Teaching content ** 1. ** Adaptability of content ** - The cognitive level and life experience of the middle-class children were limited, so the teaching content should be suitable for their age. For example, when choosing experimental materials, if you choose substances that are too complicated or unfamiliar to the child (such as some chemical reagents, etc.) for the dissolution experiment, the child may have difficulty understanding the experimental results. Common substances such as sugar, salt, and sand were more suitable for middle-class children. Similarly, when choosing the type of leaves for the leaf observation experiment, the leaves that were commonly seen in the lives of young children should be chosen so that they could better connect with the actual life to learn. 2. ** The content is systematic ** - The teaching content of experimental operation activities should be systematic. For example, when conducting a series of experiments on plants, there should be a logical order from the observation of leaves to the exploration of the growth process of plants. If the content in the lesson plan jumped too much, it might be difficult for the child to establish a complete knowledge system. For example, before children fully understood the role of leaves in plant growth, they would be confused if they were directly involved in the experiment of plant reproduction. ** 3. Teaching methods and strategies ** 1. ** The effectiveness of teaching methods ** - The common teaching methods in experimental operation activities were demonstration, inquiry, discussion, etc. Reflect on the effects of each method. For example, in the demonstration method, if the teacher did not allow all the children to clearly see the operation process (such as stirring action, material changes in water, etc.), then the effect of the demonstration method would be greatly reduced. - In terms of inquiry method, if the child is not given enough space for independent inquiry in the activity (such as always rushing to tell the child the answer or interfering with the child's exploration process), it will not be able to fully play the role of the inquiry method to cultivate the child's independent learning ability. - In the use of the discussion method, it was necessary to check whether the child could actively participate in the discussion. If only a few children spoke during the discussion session, it might be because the question setting was not attractive enough or the teacher did not create a positive discussion atmosphere. 2. ** Strategy flexibility ** - During the experimental operation, some unexpected situations may occur, such as the questions raised by the children exceeding the teaching plan, or the experimental results are different from expectations. Teachers 'teaching strategies should be flexible enough to respond to these situations. If the teacher was at a loss when encountering these situations or forced the child's thinking back to the track of the lesson plan, it meant that the teaching strategy lacked flexibility. ** IV. Usage of Teaching Resources ** 1. ** Experimental Materials ** - Check if the experimental materials are sufficient and suitable. For example, when conducting an experiment to make the bottle sound, if the amount of materials (such as soybeans, corn, etc.) prepared was not enough, it might cause some children to be unable to fully carry out the experiment. At the same time, the safety of the material was also very important. If the material with safety risks (such as sharp small objects) was chosen, it might cause harm to the child. 2. ** Use of teaching equipment ** - If teaching equipment was used in the experimental operation activities (such as a multi-media device to show the growth process of the leaves), it was necessary to reflect on whether the equipment was functioning normally and whether it really played a role in assisting teaching. If the equipment malfunctioned and affected the teaching process, or if the content displayed by the equipment was too complicated or simple, it needed to be considered in the lesson plan reflection. ** 5. Children's participation and interaction ** 1. ** Participating Rate ** - Observe the degree of participation of the child in the entire experimental operation activity, including the enthusiasm and breadth of participation. If some children were in a wandering state during the activity and did not actively participate in the experimental operation, observation, discussion, etc., it might be that the content of the activity or the teaching method did not attract these children. The reason needed to be further analyzed and improved. 2. ** Interactions ** - This included the interaction between the children and the teacher, as well as the interaction between the children. In terms of interaction between teachers and children, whether teachers respond to children's questions and needs in a timely manner. If the teacher did not pay attention to the child's question or the answer was not clear, it would affect the child's enthusiasm for learning. In the interaction between children, it was necessary to check whether there were enough opportunities for cooperation and communication. For example, in some experiments that required group cooperation, if the children lacked the sense of cooperation or communication was not smooth, it might be that the lesson plan did not set up the cooperation link and the way to guide the children to communicate. ** 6. Modification measures ** 1. According to the reflection results of the achievement of the teaching objectives, adjust the difficulty or expression of the teaching objectives. If the goal is too high, the difficulty can be reduced appropriately. If the goal is not clear enough, the expression should be revised to make it more in line with the comprehension ability of the middle class children. 2. In response to the problems of teaching content, the selection and organization of teaching content were optimized. Changing unsuitable experimental materials or adjusting the order of the content to make it more suitable and systematic. 3. In terms of teaching methods and strategies, improve the application of teaching methods and increase the variety of methods. For example, in the demonstration method, multi-angle demonstration could be used or children could participate in part of the demonstration process; in the inquiry method, children could be given more time and space to explore independently; in the discussion method, more interesting and open questions could be set to stimulate children's enthusiasm for discussion. At the same time, improve the flexibility of teaching strategies, anticipate some possible situations in advance, and prepare countermeasures. 4. As for the utilization of teaching resources, they had to re-examine and prepare experimental materials to ensure that the materials were sufficient, safe, and suitable. If teaching equipment was used, the operation of the equipment should be checked in advance, and the content and method of the equipment display should be adjusted according to the teaching content. 5. In order to increase the participation and interaction of children, they designed more attractive activities and paid attention to the interests of every child. In terms of interaction, teachers should be more proactive in interacting with children and respond to children's problems and needs in a timely manner. At the same time, they should set up more cooperation and communication links to guide children to learn to cooperate and communicate. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
The contents of the science guide for the middle class of kindergarten
The Science Field Guide for Middle School Children usually contains the following contents: 1. ** Scientific Exploration ** - ** Target **: Children can conduct scientific inquiry through observation, comparison, operation, experiment, and other methods. - ** Education suggestions **: provide abundant scientific inquiry materials to encourage children to explore independently; guide children to ask questions and try to solve them in various ways. 2. ** Mathematics Awareness ** - ** Target **: Children should be able to perceive the usefulness and interest of mathematics in daily life, as well as understand the relationship between quantity and quantity. - ** Education suggestion **: Incorporate mathematics education into daily life, such as through game activities such as point counting, comparison, and classification, to help children establish initial mathematical concepts. 3. ** Scientific attitude and scientific attainment ** - ** Target **: Children should be able to show curiosity and desire to explore scientific activities, and be able to share their discoveries with others. - ** Education advice **: encourage young children to record and share their scientific discoveries, and develop their ability to observe, describe, and express themselves. 4. ** Scientific Knowledge ** - [** Target **: Children can acquire basic scientific knowledge related to natural phenomena, material properties, life sciences, and so on.] - ** Education suggestion **: Through intuitive scientific experiments and observation activities, help children understand scientific concepts, such as the ups and downs of objects, the growth of plants, etc. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Shadow experimental kindergarten open class
The following was a kindergarten public class design with shadows as the theme: ** 1. Teaching objectives ** 1. Let the children have a preliminary understanding of the cause of the shadow and try to explore the relationship between the shadow and light and time. 2. To stimulate the interest of children in the shadow phenomenon in life. 3. Cultivate children's willingness to do things and actively explore. 4. Cultivate children's interest in exploring scientific phenomena. 5. To fully experience "science is around" and generate interest in discovering, exploring, and communicating in life. ** 2. Teaching preparation ** 1. Projection, computer, Cai Coursewares, table lamp, transparent film, opaque paper, paper-cut dolls, paper boxes, dolls, etc., a number of flashlights, a number of toys. 2. Children can distinguish transparent and opaque objects, and can use body movements to represent various small animals. ** 3. Teaching process ** #(I) Introduction: Shadow Game-Guess Small Animals 1. In front of the projector, the teacher used the shadow of a hand to make the shape of a small animal, such as a puppy, a bird, etc., to guide the children to guess what kind of small animal it was. 2. He asked the child if he knew how it was formed and brought up the topic of the shadow. #(II) The Creation of Shadows 1. ** Experiment Observation 1 ** - The children used flashlights and toys to do shadow experiments to explore the relationship between light, objects, and shadows. - The teacher guided the child to try different operations, such as turning on the flashlight, shining the light on the board (no shadow), letting the light shine on the toy (the shadow appears on the board), and turning off the flashlight (there is no shadow on the board). 2. ** Exchange and Discussion ** - Ask the child to share how he helped an object find its shadow. - The teacher guided the child to conclude that because there was light, objects blocked the light, so there was a shadow. 3. ** Broader Thinking ** - The teacher asked the child what other light could cast a shadow in his life. - The teacher concluded that sunlight, moonlight, lamplight, and firelight could all cast shadows on objects. #(3) Changes in Shadow 1. ** Observation and display ** - The teacher showed the children the pictures of shadows in their daily lives. - Ask the children to observe and see which objects have shadows? What were its characteristics? What was a light source? 2. ** Exchange and compare ** - The teacher guided the children to communicate whether these shadows in life were the same. - The teacher concluded that some shadows were big, some were small, and there were all kinds of shapes. 3. ** Operation Observation 2 ** - Guide the child to look at the object from different directions and discover the position and size of the shadow. - For example, if the light is on the left, the shadow is on the right; if the light is on the right, the shadow is on the left; if the light is on the top, the shadow is small; if the light is on the side, the shadow is big. 4. ** Record and comment ** - Let the child record the third operation and record the results. - The teacher commented on the child's record card. #(4) The Use of Shadows 1. The teacher guided the children to communicate about the use of shadows in life, such as shadow play. 2. Teachers could introduce the traditional art of shadow play to the children, show the props of shadow play or play the video of shadow play, so that the children could experience the use of shadow in culture and art. #(V) 1. The teacher and the child reviewed today's findings about shadows, including the creation, change, and use of shadows. 2. Children were encouraged to continue observing the shadow phenomenon in their daily lives. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
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.
kindergarten science colorful shell reflection middle class
Because children were interested in new things, the use of ingenious painting techniques in the kindergarten science colorful shell activities was more in line with the child's psychology, which could stimulate the child's desire to try and create. During the activity, the children would be eager to try and stimulate their interest in creation when they saw the novel painting technique of adding an octopus with their palms, as well as the paint, ink, and background painting materials placed in the painting activity area. However, there were also problems with the activity. For example, in the teaching process, the tips and guidance for the layout of the works might be missed, resulting in some children only focusing on the enjoyment of printing and painting, and the picture prints were scattered. However, when they discovered the problem, they did not order the child to redraw. Instead, they guided the situation in time, using simple words and actions to protect the child's self-esteem and enhance his confidence in continuing to create. This timely guidance made up for the teaching mistakes and guided the child to master the printing method to make the picture layout full. In scientific exploration activities, the role of a teacher was very important. Give your child enough time to explore, help him as a mentor when he needs it, and give him a chance to express his experience when he sums up his experience. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Teaching plan of science microworld in kindergarten middle class
The following is an example of a lesson plan for the science microworld in kindergarten: ##1. Teaching objectives 1. Guide children to have a preliminary understanding of the microscopic world and stimulate their curiosity and desire to explore the microscopic world. 2. Through simple observation and interaction activities, children could understand the characteristics of some things in the microscopic world. ##2. Difficulties in Teaching 1. ** Main point ** - It would arouse the attention and interest of children in the microscopic world. - Help children understand the common and simple things or phenomena in the microscopic world. 2. ** Difficulty ** - How to explain the concept of the microscopic world in a way that was suitable for middle-class children to understand. ##3. Teaching preparation 1. Pictures or videos related to the microscopic world, such as magnified snowflakes, tree leaves, small insects, etc. 2. Simple magnifying glasses (determined by the number of children). 3. Some small items that were commonly seen in the microscopic world, such as small salt grains and small sand grains, were placed in small transparent boxes. ##4. Teaching process ###(1) Introduction 1. The teacher took out a small box filled with salt and asked the children,"Children, today the teacher brought a mysterious small box. There are some things inside. Guess what it is?" "Guide the child to guess. Then open the box and let the child look at the salt. Then ask," What do you think these salt look like?" This will introduce the concept of the microscopic world and tell the children that these seemingly small things actually have many little secrets that we can't see. Today, we will explore this magical microscopic world. ###(2) Observation 1. Show pictures or videos of the microscopic world - He first showed the enlarged picture of the snowflake and asked the children,"Children, what do you think this looks like? This is actually the snowflake we see in winter, but it has been magnified many times. Isn't it amazing?" Guide the child to observe the shape, structure, and other characteristics of the snowflakes. - The video of the veins of the leaves was played. During the playback, the teacher gave a simple explanation."Look, these are the veins inside the leaves, just like the small blood vessels of the leaves. They are inside the leaves. Usually, we can't see them with our eyes. Now, we can see them through a special method." 2. Magnifying glass to observe small items - Give each child a magnifying glass and let the child use the magnifying glass to observe the small salt, sand, and other items in the small box. The teacher was guiding the children to observe."Children, use a magnifying glass to see how the small salt has become. Did it look bigger? Can you see its shape?" Children were encouraged to share what they saw. ###(3) Interactions and Discussions 1. They gathered the children together and asked,"Children, we have seen so many amazing things in the microscopic world today. Do you think the microscopic world is interesting? Then what else do you want to know about the microscopic world?" Guide the children to actively speak and share their thoughts. 2. The teacher summarized the child's speech and briefly introduced some other things that might exist in the microscopic world, such as bacteria (you can use cute cartoon pictures of bacteria to help understand). He told the child that although the bacteria were small, some bacteria would make us sick, and some bacteria were good for our body. ###(4) Consolidating the game 1. Look in the microscopic world - In a certain area of the classroom, hide some small cards related to the microscopic world in advance (the cards have magnified microscopic objects, such as magnified insect eyes, etc.). - Let the children divide into groups to find these small cards. After finding them, they will return to their seats and introduce the microscopic things they have found. ###(5) Summing Up 1. The teacher and the child reviewed the process of exploring the microworld today and asked the child,"What did we explore in the microworld today?" Guide the child to recall the snowflakes, the veins of the leaves, the small salt grains, and so on. 2. Children were encouraged to continue observing their surroundings in their daily lives and think about whether there were still many small secrets of the microscopic world waiting for them to discover. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Science lesson plan: who is in the middle kindergarten middle class lesson plan
Teaching plan topic: Who is in the middle? " Target: Through experiments and observations, let the children understand the relative positions and motion states of objects. [Materials: Stick of different lengths, ruler sticker with different color markings.] The process: 1. Mark a stick of 1 meter in length with a red sticker and another stick in yellow. Then measure the distance between the two ends with a ruler. Ask the children to measure the distance between the two ends with a ruler and tell them that the red stick is in the middle of the yellow stick. 3. Place the toy on a flat surface and let the children measure the length of the toy with a ruler. Put the red stick and yellow stick on the toy and let the children observe the distance between them. Have the children place multiple toys on a flat surface, measure the distance between each toy with a ruler, and tell them that the red stick is in the middle of the yellow stick. 6. Have the children observe and record the distance they have measured, then have them re-measure the distance between the toys and have them explain their measurements. Have the children observe and record the relative positions of different toys and mark the positions of the toys with a sticker. 8. Have the children review the previous experiments and tell them what they observed during the experiment in their own words. [The conclusion is: Through this experiment, children can understand the relative positions and motion states of objects.]
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 science activity in the middle class of kindergarten, the camel teaching plan
The following is a lesson plan for the science activity in the middle class of kindergarten: ** 1. Teaching objectives ** 1. cognitive goal - Let the children understand the living habits and characteristics of camels and improve their observation skills. - Help children understand the body structure of camels, such as head, neck, hump, etc. 2. skill target - Cultivate the ability of children to describe the characteristics of camels in simple language. - Train the child's observation and concentration. 3. emotion goal - Arouse children's love for camels and cultivate children's curiosity about animals. ** 2. Important and Difficult Points in Teaching ** 1. ** Main point ** - Let the children understand the main characteristics of camels, such as being able to endure hunger and thirst, tall body, thick and long neck, etc. - Guide the child to observe the appearance of the camel and accurately describe it. 2. ** Difficulty ** - Help children understand the special living habits of camels that adapt to the desert environment (such as the reasons for hunger and thirst, etc.). ** 3. Teaching preparation ** 1. Camel pictures and videos, showing the life scene of camels in the desert, the body structure of camels, and other content. 2. Camel models or camel plush toys for children to observe and touch up close. ** 4. Teaching process ** #(1) Introduction (3 minutes) 1. The teacher said the riddle: "The head is like a sheep with a neck like a goose. It is not a cow or a horse. It is not a mule. It can travel thousands of miles on the Gobi Desert. It can endure hunger and thirst." He guided the children to guess what kind of animal it was. 2. To show the stuffed animals or models of camels, which led to today's theme-camels. #(2) Observation and Discussion (12 minutes) 1. Show the picture of the camel to guide the child to carefully observe the appearance of the camel. - He asked the infant whether the camel's head looked big or small, what its neck looked like, how tall its body was, and what color its fur was. - Guide the children to focus on observing the camel's hump. Ask the children to tell them what the camel's hump looks like and guess what it does. 2. Let the children observe the camel model or plush toy in groups, and then have a group discussion. - The questions discussed included: What was so special about camel feet? What did a camel's eyes and ears look like? - The teacher patrolled between the groups, listening to the children's discussion and giving timely guidance and tips. #(3) Knowledge Explanation (10 minutes) 1. Combining pictures and videos, he explained the living habits of camels. - Tell the children that camels live in dry areas such as deserts, where there is little water and food. - Camels could store fat in their humps. When camels could not find food or water in the desert, the fat in their humps could be decomposed into nutrients and water for the survival of camels. This was why camels could endure hunger and thirst. - Camels had wide and thick soles, which made it difficult to sink into the desert. Camels had long eyelashes, which could block sand from entering their eyes and adapt to the desert environment. 2. Simply introduce the types of camels (such as dromedaries and bactrian camels). Let the children observe the pictures and find out the difference between dromedaries and bactrian camels. #(4) Interactivity game (10 minutes) 1. Let me tell you the characteristics of camels - The teacher showed a partial picture of a certain feature of the camel (such as the hump, the soles, etc.) and asked the child to tell which part of the camel it was and describe the function of this part. - Children who answered correctly would be rewarded with a small sticker. 2. The Imitation Camel Game - Let the children imitate the movements of the camel, such as walking, squatting and resting, and feel the characteristics of the camel's shape. #(5) Summing Up (5 minutes) 1. The teacher and the child reviewed the appearance, living habits, and special abilities of the camel to adapt to the desert environment. 2. Children are encouraged to continue observing animals in their daily lives and discover more secrets of animals. ** 5. Extension of Teaching ** 1. Placing materials in the art design area to encourage children to create paintings or crafts about camels, such as making camel headwear. 2. In the library area, picture books or popular science books about camels were placed for children to read on their own to deepen their understanding of camels. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>