Jiangsu junior high school biology knowledge summary

The nucleus was one of the most prominent and important structures of a eukaryonic cell. It was usually spherical or oval in shape. Under the electron microscope, the nucleus was mainly composed of a nuclear membrane, a nucleus, and Chromatin. 1. Nuclear membrane: It is surrounded by the nucleus and is composed of two layers of membrane, separating the nucleus from the nucleus. There are also many kinds of membranes on the nuclear membrane. There were nuclear pores on the nuclear membrane. The nuclear pores were the channels for material exchange between the nucleus and the plasma. The exchange of protein and other biological molecules inside and outside the nucleus could not be separated from the nuclear pores. 2. Nucleus: A round or oval structure in the nucleus that is not surrounded by a membrane. In cells with high protein synthesis, there were often larger nuclei. 3. Chromatin: It is a dark-colored substance in the nucleus that is dyed by basic dye. It is mainly composed of DNA and protein. Chromatin was a thin and long silk. During cell division, it would undergo a high degree of coiling and other processes to form a chopstick. Chromatin and a chopstick were two forms of the same substance in the cell at different stages. A specific dye, methy-green pyronine, could be used for identification. The DNA was green and the DNA was red. The DNA was mainly distributed in the nucleus, while the DNA was mainly distributed in the plasma. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The following is a summary of some high school biology knowledge points: 1. The relationship between chemical elements and organisms: organisms contain a variety of chemical elements. These elements have different functions and effects in the body, such as forming compounds and participating in physiological processes. 2. The list of compounds in the cell: There are many kinds of compounds in the cell, such as sugar, fat, protein, and nuclear acid. Each of them has different structures and functions. For example, sugar is the main energy material, fat can store energy, and so on. 3. Nucleic acid was divided into DNA and DNA, and its basic units were respectively, DNA and DNA. 4. Identification of reducing sugar, fat, protein, and DNA in biological tissues: Use specific reagents for identification. For example, Fehling's reagent can identify reducing sugar and produce brick-red precipitations; Sultan III dye solution can identify fat and produce orange color, etc. 5. The characteristic of the membrane was that it was selectively pervious, allowing certain substances to pass through while preventing other substances from passing through. 6. The cell membrane's substance exchange function: The cell membrane can carry out substance exchange through free dispersion, assisted dispersion, active transportation, and other methods. 7. The similarities between mitochondria and plastids were that they both had a double-layered membrane structure, were related to energy conversion, and contained a small amount of DNA. 8. The comparison of eukaryote organelle: Different organelle had differences in structure and function. For example, the ER was the synthesis, processing, and transportation channel of protein and other molecular substances; the Golgi apparatus mainly processed, classified, and packaged the protein from the ER. 9. During mitosis, the changes of nuclear DNA, the nuclei of the nuclei, and the nuclei of the nuclei were as follows: during the interphase, DNA replication and the synthesis of related protein were carried out, and the DNA content was doubled; during the prophase of mitosis, the nuclei of the nuclei appeared, and at the anaphase, the nuclei of the nuclei split, and the sister Chromatids separated. 10. The source of ATP-in the body: It is mainly produced by cell breathing (both oxygen and oxygen free breathing) and photosynthesis. 11. [The destination of the ATP-binding in the body: It is used for various life activities of cells, such as muscle contraction and material synthesis.] 12. The comparison between light reaction and dark reaction in photosynthesis: the light reaction occurs on the thylakoid membrane of the plastids, producing oxygen, bound bound 13. The relationship between light energy utilization rate and photosynthesis efficiency: Light energy utilization rate refers to the ratio of the energy contained in the organic matter accumulated by the plant's photosynthesis to the sunlight energy that shines on the ground; photosynthesis efficiency refers to the ratio of the energy contained in the organic matter produced by green plants through photosynthesis to the light energy absorbed during photosynthesis. 14. The relationship between the external factors that affect photosynthesis and the improvement of light energy utilization: The external factors include light intensity, temperature, carbon dioxide concentration, etc., and appropriately increasing the value of these factors can improve the light energy utilization. 15. The metabolism of the three major nutrients in humans and animals: sugar, fat, and protein can be synthesized and decomposed in the body, and they can be converted to each other. 16. The comparison between the two types of breathing: Aerobic breathing produces a large amount of energy and requires oxygen to participate. The reaction site is mainly the mitochondria. The anoxia-less breathing produces a small amount of energy and does not require oxygen. The reaction site is the cellular matrix. In addition, there were also knowledge points about cell structure and function, gene expression, genetic laws, biological evolution, ecological systems, etc., such as cell membrane system, gene translation and translation process, Mendel's law of inheritance, modern biological evolution theory, etc.(Genetic frequency changes, isolation and speciation, etc.), the components of the ecosystem (producers, consumers, disposers, non-biological substances and energy), energy flow (one-way flow, step-by-step reduction), material circulation, and many other topics. These knowledge points were all important parts of high school biology learning, but due to space constraints, it was difficult to list all 300. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

1. ** Elements in the cells ** - [Basic Element: C] - [Basic Elements: C, H, O, N] - ** Main Elements **: C, H, O, N, P, S. - ** Major Elements **: C, H, O, N, P, S, K, Ka, and MG. - ** Trace elements **: Iron, Mn, Mn, Copper, B, Mo, etc. 2. ** Composed of various organic elements ** - ** Carboids **: C, H, O. - ** Fat **: C, H, O - ** Sterol **: C, H, O. - ** protein **: C, H, O, N (some contain S). - **DNA、RNA、ATP**：C、H、O、N、P。 - ** THYROIDINE **: C, H, O, N, I. - ** Chlotrophis **: C, H, O, N, and Mn. 3. ** Elements in cells are arranged in order ** - ** The order of the heavy elements in the cells was: O>C>H>N. - ** The order of the dry elements in the cells was: C>O>N>H. 4. ** Elemental relationship between the living world and the non-living world ** - The biological world and the non-biological world were unified, that is, the elements that made up the biological world could be found in the non-biological world. At the same time, there were differences. The chemical elements that made up the biological world were obviously different in the cell content and the non-biological world. 5. ** Various ion effects in the body ** - **K Ion **: It is abundant in the cells and maintains the osmolarity of the cell fluid. A lack of it will cause the osmolarity of the cell fluid to decrease, resulting in irregular heartbeat. - **Na Ion **: It is abundant outside the cell and can maintain the osmic pressure of the outer cell fluid. If it is lacking, it will cause the osmic pressure of the outer cell fluid to decrease, the blood pressure to decrease, the heart rate to increase, and the limbs to feel cold. - [Ca-Ion: Reduces the excitability of the nervous system. If the content is too high, the muscles will become weak. If the content is too low, the muscles will twitch.] - ** Mn ions **: They are formed by the formation of photosynthesis. If they are deficient, they cannot be photosynthesized (only under light can they be synthesized). - [** Iron Ion **: Composes of hemoglobin-deficiency will cause iron-deficiency leukemia.] - [Iodine Ion]: It forms a type of hormone that affects the growth of the body. If it is deficient, one will suffer from idiocy or goiter (Iodine deficiency will affect nerve development). - ** Cl-ion **: There is a lot of Cl-ion outside the cell. The influx of Cl-ion will increase the resting potential, and the action potential may not be generated. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The new Jiangsu high school biology textbook had the following characteristics: ** I. Teaching Material Structure ** 1. ** Required and elective teaching material system ** - The compulsory teaching materials were divided into two volumes, volume one and volume two. The elective compulsory teaching materials were divided into three volumes, volume one, volume two and volume three. This structural arrangement reflected the layering and progression of high school biology knowledge. The compulsory textbook focused on the construction of basic knowledge in biology, which was something that all students needed to master, such as cell structure and function, biological inheritance and mutation, and other core knowledge sections. On the other hand, the elective compulsory textbooks expanded and deepened on the basis of compulsory knowledge. They were suitable for students who had further learning needs for biology. They might involve more in-depth content in the fields of biotechnology, biological evolution, and so on. 2. ** Division of content modules ** - Using cell-related knowledge as an example, the teaching materials introduced cells from the perspective of their variety and unity. For example, in the section on observing cells, he explained in detail how to use the microscope, including the steps of moving the object to the center of the field of view after finding the image with a low power microscope, then changing it to a high power microscope, and fine-tuning the fine focal spiral. This helped students to understand the cell structure in depth during experimental operation and theoretical study. At the same time, the textbook distinguished between prokaryonic cells and eukaryonic cells, explaining their structural characteristics, biological groups, etc. For example, eukaryota included plants, animals, fungi, etc. Prokaryota was mainly bacteria. This module division helped students clearly compare and understand the characteristics of different types of cells. ** 2. Knowledge content ** 1. ** Focus on basic concepts ** - The textbook emphasized the basic concepts of biology. For example, in the section on genetics, the explanation of related concepts was detailed. This was the basis for understanding the laws of biological genetics. For example, the definition of procaryotic cells and eukaryotic cells was distinguished according to the cell nucleus without a nuclear membrane. The fundamental differences in the structure and function of these two types of cells were clarified, which laid the foundation for the subsequent study of cell metabolism, cell division, and other knowledge. 2. ** The continuity and systematic nature of knowledge ** - From cells to individuals, from biological individuals to biological groups, knowledge was coherent and systematic. Taking biological evolution as an example, from the evolution of cells (the evolution of prokaryonic cells to eukaryonic cells), to the evolution of individual organisms under natural selection, to the variety and adaptability of biological groups, etc., they gradually deepened and guided students to establish a complete biological knowledge system. ** 3. Teaching and learning adaptability ** 1. ** Comply with teaching rules ** - The arrangement of the teaching content was in accordance with the teaching rules, from simple to deep, step by step. For example, when introducing the metabolism of living things, it would start from the input and output of substances in cells, then to the supply and utilization of energy in cells. This arrangement would help teachers gradually guide students to master relevant knowledge in the teaching process, and it would also be convenient for students to understand and absorb. 2. ** Promotion of students 'independent learning ** - The content of the teaching materials was rich, including a lot of inquiring content and thinking questions, which helped to promote students 'independent learning. For example, when explaining the cell structure, relevant discussion questions were set up, such as the relationship between the structural differences and functions of different cells, to stimulate students to think actively and cultivate students 'ability to explore. However, there might be some areas that needed to be reflected in the use of the teaching materials: 1. ** Difficulty of some content ** - For some regions or some students, some content might be more difficult. For example, the knowledge of genetics, especially the complicated calculation of genetic laws and the regulation of gene expression, might require teachers to spend more time explaining and tutoring to ensure that students could understand and master it. 2. ** Combination with practice ** - Under the background of biology emphasizing experiments and practical operations, the degree of integration of theoretical knowledge and practice in the textbooks needed to be further improved. Although there were some experiment-related introductions in the textbook, in actual teaching, more experimental cases or guidance for extra-cursory practical activities might be needed to allow students to better apply theoretical knowledge to practical operations and improve their biological discipline. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The following is the core knowledge of junior high school biology: 1. ** The basic process of scientific inquiry **: raise questions, make assumptions, formulate plans, implement plans, draw conclusions, and express communication. 2. ** Microscope operation steps **: Take and place, light up, place and mount, observe, organize and store. 3. ** Steps for temporary mounting ** - ** Plant Cell **: Wipe, drip, tear, expand, cover, dye, suck. - ** Animal cells **: rub, drip, scrape, smear, cover, dye, suck. 4. ** Multi-cell organism structure level ** - ** Animal Body (or Human Body)**: Cell, tissue, organ, system, animal body (or human body). - ** Plant **: Cell, tissue, organ, plant. 5. ** The whole process of breathing **: Air exchange between the lungs and the outside world (lung ventilation), air exchange in the lungs, air transport in the blood, and air exchange in the tissues. 6. ** Digestive tract composition **: Mouth, throat, esophagus, stomach, small intestine, large intestine, anus. 7. ** Circulatory pathways **: left heart, main artery, arteries of all levels, capillaries of the whole body, veins of all levels, superior and inferior venous pathways, and right atrium. 8. ** Lung circulation pathway **: right heart, lung artery, capillaries around the lung, lung vein, left atrium. 9. ** Vision formation process **: The external light passes through the retina, humor, pupil, crystalline lens, and vitreal body to form an inverted image in the retina. It is transmitted to the visual center of the cerebral hemisphere through the optical nerve to form an upright image. 10. ** Hearing formation process **: Sound waves pass through the external ear canal, eardrum, ossicles, cochleae, and auditory nerve to transmit nerve impulses to the auditory center of the cerebral hemisphere to form hearing. 11. ** The specific process of urine formation ** 12. ** Reflex arc transmission process **: receptor, sensory nerve fiber, nerve center, efferent nerve fiber, and receptor. 13. ** Order of taxa **: Species, Genus, Family, Order, Class, Phylum, Realm. 14. ** Insect development process ** - ** Complete metamorphosis **: Zygote, larva, pupa, adult. - ** Incomplete metamorphosis **: Zygote, larva, adult. 15. ** Primitive life origin process **: Small organic molecules, independent systems, primitive life (marked by primitive metabolism and individual reproduction). 16. "Comparisons of the evolution of the heart in vertebrae": fish had one heart and one chamber; amphibians had two hearts and one chamber; reptiles had two hearts and one chamber with an incomplete membrane in the heart chamber; birds and mammals had two hearts and two chambers. 17. ** Evolution of Plants and Vertebrates, and Human Evolution **: The evolution of Plants and Vertebrates. Humans evolved into the Southern Ape, Homo hcapable, Homo Erectus, and Homo Sophomis. 18. ** Yogurt production steps **: sterilization, inoculation, sealing, fermentation. 19. **'Not necessarily' in creatures ** - The producers were not necessarily green plants, but also chemical synthetic bacteria and photosynthetic bacteria. - The consumers were not necessarily animals, but also parasitic bacteria and fungi. - The decompose was not necessarily the bacteria and fungi that lived in a saprotic manner. Some animals, such as earthworms and dung beetles, lived in a saprotic manner by eating animal carcasses and relics. - Some animals were not necessarily consumers, such as earthworms and dung beetles. - Some dicotyledonous seeds have an inner core, while some of the monots have no inner core. - There were some biological classifications that were similar to "fish" but not fish. For example, salamanders were amputated, whales were mammals, turtles and crocodiles were reptiles, and octopuses were mollusks. - Scorpions and spiders belonged to the arachnid class of arthropods, centipedes belonged to the polypod class, and ants belonged to insects but generally had no wings. These did not belong to the category of insects. - Green plants did not only produce organic matter from their leaves. The green parts of the plant could be produced by the plastids, but the leaves were the main organs. Not all cells in a living plant could be cultured. The vessels could not be cultured if they were dead cells. - Not all fish with the word "fish" in their names were fish. Seahorses, Chinese sturgeons, and loaches were fish. Not all fish that lived in water and could swim were fish. Dolphins and whales were mammals. Not all aquatic animals breathed with gills. Aquatic mammals and aquatic reptiles breathed with lungs. 20. ** Except for viruses, organisms are composed of cells, which are the basic unit of biological structure and function. The biosphere provides nutrients, sunlight, air, water, suitable temperature, living space, and other basic conditions for the survival of organisms. The environmental factors are divided into biological factors and non-biological factors. The biosphere includes the bottom of the atmosphere, most of the water sphere, and the surface of the rock sphere. The ecosystem is composed of biological parts.(producer, consumer, decompose) and non-biological parts (Sunlight, air, water, etc.). The producer and the consumer are food chains formed by the relationship between eating and being eaten. The food chain is interlaced to form a food web, and matter and energy flow along the food chain and food web. The largest ecosystem is the biosphere. The steps of using the microscope include taking and placing the lens, illuminating, observing, cleaning and collecting the lens. The eyepieces see inverted images. The magnifying power of the microscope is the product of the magnifying power of the objective lens and the magnifying power of the eyepieces. The words written on the glass slide are regularly formed in the field of view. The preparation steps of onion scale leaf skin cells and human oral cavity cells; the comparison of animal and plant cell structures: animal cells have no cell walls, plastids, and vesicles; cells are composed of organic and organic substances; cell membranes control the entry and exit of substances; plastids (plants) and mitochondria (animals and plants) are energy convertors;DNA is the main genetic material; The cells differentiate to form tissues. The human body has a system, but the plant body has no system. The virus is composed of a protein shell and internal genetic material. It will become a crystal when it leaves the living cells. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

1. ** Element classification ** - [Basic Element: C] - [Basic Elements: C, H, O, N] - ** Main Elements **: C, H, O, N, P, S. - ** Major Elements **: C, H, O, N, P, S, K, Ca2, M2, etc. - ** Trace elements **: Iron, Mn, Mn, Copper, B, Mo, etc. 2. [Elemental Source: Absorbed selectively from the natural world.] 3. ** Elements in cells are arranged in order ** - The order of the heavy elements was: O > C > H > N. - ** Dry heavy element order **: C>O>N>H. 4. ** Elemental status of different organisms ** - The types of chemical elements contained in different organisms were basically the same, but the content of the same element in different organisms was quite different. The content of different elements in the same organism was also different, which reflected the unity and difference of cells. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The study of biology in high school required scientific methods to construct a knowledge system and carry out effective revision. First of all, going back to the textbook was the basics. He had to focus on the bold words and the summary of the chapters in the textbook. He had to try to summarize the content and draw a mind map to build a knowledge framework to avoid missing knowledge points. For example, he could use books like " Basic Knowledge of High School Biology ", which could effectively help him sort out his knowledge. The first round would give him a complete knowledge system for him to memorize. In the second and third rounds, he could repeat the training in the form of filling in the blanks, which would help him improve steadily. Secondly, he would conduct specialized training. Using the real questions of the biology college entrance examination and the special practice questions of the test center to carry out targeted training to improve the accuracy and speed of the questions. In terms of knowledge, high school biology included the material and structural basis of life, metabolism, reproduction and development of living things, regulation of life activities, inheritance and variation, origin of life and evolution of living things, biology and the environment, and so on. The knowledge of these sections needed to be deeply understood and memorized. For example, the three major knowledge points of genetic engineering, cell engineering, and embryo engineering were also important. Materials like the Butterfly Transformation High School Biology Knowledge Points and Training were also helpful in improving grades. It contained all the knowledge points of high school biology and had been categorized in detail to make it easy to memorize. Moreover, each knowledge point had after-school training to consolidate it, and there were also explanations from famous teachers to help understand it. At the same time, the learning methods of some top students were also worth learning from. For example, the female top student in science in Hengzhong High School would sort out and summarize the basic knowledge points and check for missing areas that were easy to make mistakes. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

Grade One Chemistry Key Knowledge: - Metals and their compounds: To master the main physical properties of metals such as Na, aluminum, iron, copper, and their important compounds. Na and aluminum only existed in the compound state, while iron and copper existed in the free state and the compound state. In terms of physical properties, the bulk sodium-aluminum-iron was a silver-white metal, while pure copper was a purple-red metal. The color of powdered aluminum and copper remained unchanged, while powdered iron filings were black. The rapid decomposition of Na in the air eventually turned into Na. The density of Na was lower than that of water, while the density of aluminum, iron, and copper was higher than that of water. The melting point of Na was low, while the melting points of aluminum, iron, and copper were high. They all had the commonality of being opaque, conducting electricity, conducting heat, and extending. At the same time, they also had their own characteristics, such as iron could be magnetized. In terms of the color of the compounds, white ones were Na <2> O <3> and AI <2> O <3>, black ones were FeO, FeO <2> O <3>, CuO, light yellow ones were Na <2> O <3>, and reddish-brown ones were FeO <2> O <3>. - In terms of learning methods, learning and memorizing chemistry was more important than practice. One had to first master basic knowledge such as equation writing, material properties, and related reactions. These basic test points often appeared in the college entrance examination questions. A summary of the key knowledge of biology in Grade One: - In terms of chemical elements that make up organisms, there are trace elements such as iron, Mn, B, Mn, copper, Mo, etc., and large elements such as carbon, oxygen, hydrogen, nitrogen, sulfur, phosphorous, calcium, potassium, and so on. It was necessary to understand the unity of the biological world and the non-biological world (the chemical elements that make up the cells can be found in the non-biological world) and the differences (the chemical elements that make up the biological world are different in the cell and the non-biological world). - In terms of the compounds that make up an organism, protoplasts include the plasma, nucleus, and cell membrane (excluding the cell wall), and the main components are nuclear acid and protein. There were bound water (which was a component of the cell structure) and free water (which was a reagent, involved in biochemical reactions, and transported substances). Most of the minerals exist in the form of ions, which are important components of some complex compounds (for example, iron is the main component of hemoglobin). They can also maintain life activities, acid and base balance, and osmolarity. Carboids were divided into monosomes (such as glucose, glucose, Ribose, and Deoxy Ribose), disomes (cane sugar and glucose in plants, and glucose in animals), and glycans (starch and starch in plants, and glycogen in animals). Lipids included fats (which stored energy and maintained body temperature), lipid-like substances (which formed membrane structures), and steroids (which maintained metabolism and reproductive processes). <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

Junior high school novel topic knowledge is summarized as follows: ** 1. General knowledge of literature ** 1. ** Author's work ** - He had to accurately grasp the author's original name, word, number, dynasty or nationality, representative works, and other information. For example, Xin Qiji was a poet of the Southern Song Dynasty. His works included Nanxiangzi. Meditation on the Ancient Past at Beigu Pavilion in Jingkou. Du Fu was a realistic poet of the Tang Dynasty. It was necessary to distinguish the ownership of different writers 'works. For example, Lao She's Camel Xiangzi could not be mistaken for Mao Dun's work. - He also had to be familiar with the origins of some classic works. For example,"Ode of Mulan" was selected from "Yuefu Poetry Collection", which was called "Yuefu Double Jade" together with "Peacock Flying Southeast". 2. ** Cultural knowledge ** - In ancient culture, there were many special names. For example,"Sheji" referred to the country ("She" referred to the earth god,"Ji" referred to the grain god),"Sangzi" referred to the hometown,"Temple" referred to the imperial court,"Hanqing" referred to the history books, and so on. ** 2. Test Form and Key Points ** 1. ** Examining characters ** - The key points were "technique + content + personality." The specific answer format is: The article uses the character description method (or rhetoric or expression technique) of..., wrote...(plot), shaped (or expressed) the... characteristics of XXX. 2. ** Examining the plot (the plot of the entire article)** - If it was a summary of the main plot of the novel, the answer could be "Who did what under what circumstances? What was the result?"or" Character + Event." - If the plot was supplemented from a specific character's point of view, the answer was: first divide the article level, then lock in the answer range, and finally combine the answer according to the question's questioning method (pay attention to the known items). <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

The knowledge points of junior high novels included the following aspects: 1. ** The definition of a novel **: It focuses on portraying typical characters and reflects the complex social life through the complete story plot and the description of the environment in which the characters move. 2. ** The Three Elements of a Story ** - [Character: Create a typical character image. You can reveal the character's thoughts, feelings, and personality characteristics through appearance, language, actions, expressions, psychological descriptions, and side descriptions.] - ** Plot **: Including the beginning (prologue), development, climax, ending (ending). It is the development history of the character's personality, showing the character's personality, expressing the theme of the work, etc. - ** environment **: Including the natural environment and social environment. The character needs to be understood in a certain social and historical background (typical environment). When analyzing the character, environmental factors must also be considered. 3. ** Type of novel **: novel, novella, short story, short story. 4. ** Main test points for novel reading ** - ** General Perception **: For example, summarize the story in one sentence, summarize a few things in the text, summarize part of the content of the novel (including pointing out one of the four parts of the plot), analyze the clues of the novel and their functions, analyze the repeated details or the functions of the plot, etc. The answer mode is to do what for whom, what the result is (time, place), or briefly and comprehensively summarize. - ** Appreciate Sentences **: Appreciate sentences from the perspective of rhetoric. The answer mode is to point out rhetoric + explain rhetoric + expression effect + emotion or character characteristics. Appreciate sentences from the perspective of character description. The answer mode is to describe perspective + expression effect + emotion or character characteristics. - ** Analysis of the character image **: Through the appearance, language, movements, demeanor, psychological description, and side description of the character, reveal the thoughts, feelings, and personality characteristics of the character. Combined with the specific analysis of the content, it is also necessary to make an objective and fair evaluation of the character. - ** Function of Paragons **: Analyzing the role of the paragraph in advancing the plot, shaping the characters, and expressing the theme. - ** The role of environment description **: Consider the significance of environment description in setting off the atmosphere, shaping the characters, promoting the plot, hinting at the theme, etc. - ** The meaning and function of the title **: explore the meaning and function of the title in terms of summarizing the content, hinting at the theme, and attracting readers. - ** Writing techniques of the novel **: For example, the use and effect of symbols, contrast, foil, and other techniques. - ** Evaluation, Experience, Comprehension, Enlightenment **: Subjectively evaluate the content of the novel and express the feelings after reading it. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>