How to quickly learn biology from scratch. Biology experiments at home

There is a special method for learning biology yourself at home from scratch. To complete it, you just need not to worry, be patient, have good textbooks and visual aids. Self-organization and a large amount of time for preparation play a significant role in success.

If you need to take an exam in biology, but don’t have money for a tutor, then you can study this natural science yourself. First, you should assess your level of knowledge. If this is zero, then you need to set aside enough time for independent study of biology in order to thoroughly study all the topics and understand them. To do this, you should familiarize yourself with the Unified State Exam program and draw up a detailed work plan. You need to calculate how many topics the program includes and how long it will take to process each one.

It is necessary to prepare for each topic separately, and not for all at once. The branches of biology are logically interconnected. The acquired knowledge is increased step by step. Therefore, basic terms and concepts are studied first, and then more serious topics. Only when one topic is learned well can you move on to the next. The main condition for independent learning is strict adherence to the schedule. By shirking and leaving everything until the very last day, you may never learn anything. If biology is relatively easy, then you can spend at least one week studying it. If natural science is very difficult to understand, this period must be increased.

You should acquire textbooks for all biology courses, get explanatory manuals, and retrieve biology notebooks from all your years of study from your own archives. You need to read in short paragraphs. After each reading, you need to understand the material well and write a short summary on it from memory. This way you can highlight the main and important points for yourself. When studying a subject, the school textbook should be considered the fundamental source of knowledge. Other sources of information are best used as clear explanations or as useful additions to the textbook, but not as primary material.

When writing a summary, it is recommended to make various drawings, diagrams, graphs and tables by hand that briefly convey the essence of what is being read. Such notes are well remembered and associated with the desired section. The notebook fields should be left blank, leaving space for future notes and clarifications. You need to memorize your manuscript and check your knowledge using the table of terms. If there are unfamiliar names in the table, they must be included in the notes in the section to which they belong.

For each topic, you should complete half of the tasks and check your level of self-preparation. If the assignments fail, then the difficult topic needs to be learned better. If the tasks are given easily and correctly, then you can solve the second part of the tasks, thereby developing skills. After completing all the tasks, you need to work on your mistakes: highlight all the tricky questions and read them again.

Required course program

To know which topics in biology you need to learn for the exam, you need to familiarize yourself with the full course program. School biology education includes the following sections:

  1. Biology is the science of living nature. You need to know the definition of the term “biology” and methods of its research. Learn the signs of living things, cell structure and metabolic processes.
  2. Cell as a biological system. This includes the following subtopics: cell diversity, cell structure, functions of its organelles, metabolism, nutrition and cell reproduction.
  3. Organism as a biological system. To master this section, you need to understand what it is: single- and multicellular organisms, viruses, auto- and heterotrophs, the principle of the formation of tissues from cells, the reproduction of organisms and genetics.
  4. Diversity of organisms. It is necessary to master taxonomic categories, learn the 5 kingdoms of living organisms, and remember the structural features and vital functions of chordate organisms.
  5. Man and his health. This section includes the structure and functioning of human tissues, organs and systems, knowledge of personal hygiene.
  6. Superorganismal systems and the evolution of the organic world. You should familiarize yourself with the theories of evolutionary ideas, the diversity of existing species, and the history of human origins.
  7. Ecosystems and their inherent patterns. We must remember what an ecosystem is, what its varieties are, how the cycle of substances occurs in nature. It is also necessary to familiarize yourself with the teachings of Vernadsky and learn what the bio- and noosphere are.

To make it easier to study the material, topics need to be arranged in a logical order. First, the basics of all living things, such as cells, are studied. Then more general items, such as fabrics. Next, the already studied tissues are formed into organs or the process of evolution from protozoa to multicellular is studied. You just need to understand that biology is not a collection of different sections, but interrelated topics that flow from each other.

What is the easiest way to understand a subject on your own?

Without a tutor, of course, it is more difficult to understand biology on your own. But there is nothing scary in this science. It just needs to be perceived easily, as something educational and interesting, then its memorization will be easier - through awareness of each topic.

It is always recommended to prepare for the exam using special textbooks. They contain all the necessary information. But they are also oversaturated with complex terms that make it difficult to perceive and understand what is written. Therefore, in addition to textbooks, it is advisable to use various manuals written in simple layman’s language. They will help you interpret and understand what is presented in the textbook. It is better to read silently, because when speaking words out loud, attention is scattered and the information is remembered worse.

Scientific films can be used as additional auxiliary educational material. They will cover topics that are difficult to understand in detail and clearly. In addition, when watching educational films, visual and auditory memory works, which gives a higher level of memorability.

You can’t leave a topic you’ve read unlearned. If after multiple readings the topic remains unexplored, it needs to be analyzed in more detail. You cannot move on to studying the next material if you have not learned the previous one. You need to study in small portions. After reading the page, you need to briefly tell yourself what was discussed. If everything is clear, you should continue reading. If not, read it again. Constant self-monitoring of knowledge will allow you to identify gaps in memory and evenly learn all the material.

WikiHow carefully monitors the work of its editors to ensure that every article meets our high quality standards.

Biology is not the easiest subject, but studying it should not turn into a punishment. In biology, one concept comes from another, so it is important to understand the basics before moving on. Learn biology-related vocabulary and review study material thoroughly to better understand the subject and prepare for a test or exam.

Steps

Part 1

Study the material

    Try to have a positive outlook on biology. Of course, it is a difficult subject, but it is very interesting, especially if you think about what you have already learned through biology. Having the right positive attitude is essential to having fun learning biology. Of course, this will not make the subject easier, but you will no longer feel such a load.

    • Think about how your body functions. How do your muscles work in sync to allow you to move? How does the brain communicate with these muscles so you can take a step? It is very difficult, but everything in our body is interconnected - it is this connection that allows us to stay healthy.
    • Biology teaches us to understand these processes and how they are carried out. If you think about it, learning this subject will be much more interesting.
  1. Break difficult words into several parts. Many biological terms may seem difficult to remember. However, most terms and concepts come from the Latin language and have a prefix and a suffix. Knowing the prefixes (prefixes) and suffixes that are included in a given term, you can correctly read this word and understand its meaning.

    To learn terminology faster, make flashcards. Flashcards are one of the best ways to remember and understand many of the words you'll encounter in biology. You can carry the cards with you and learn these words anywhere. For example, you can do this in the car on the way to school. In addition, the process of creating flashcards is a useful way to learn new words. The way to learn new words using flashcards is very effective.

    • At the beginning of each new topic, find words whose meaning you do not know and write them down on cards.
    • Throughout the topic, repeat and learn these words, and by the time of the exam or test you will know them all!
  2. Draw and draw. A diagram of a biological process is much more effective in helping to understand and remember it than just text. If you really understand the process, you can draw a diagram and label the main elements. Also pay attention to the diagrams and pictures in the textbook. As you read the title and explanation of the diagram, try to understand how it relates to the process you are studying.

    • Many topics in biology begin with the study and review of the structure of the cell and its organelles. Try to draw a cell and label its main organelles.
    • The same applies to different cell cycles, for example, ATP synthesis (Krebs cycle). Draw this process several times a week to learn it before the exam.
  3. Read the topic again before class. Biology is not a subject that can be understood a few minutes before class. Read new material before you discuss it in class to better understand its content and understand what is being discussed. You will understand and remember much more if you come to class with questions ready about a new topic.

    • Find out what topics are on the curriculum so you can read them before class.
    • Write notes and notes about the new material and come to class with questions prepared in advance.
  4. The study of biology is based on the concept of general to specific. To understand biology, you need to have a basic understanding of its various aspects before going into more detail. That is, before trying to understand individual mechanisms and processes, you need to master the topic in general.

    • For example, you need to know that DNA is the template for protein synthesis, and only then should you try to understand the mechanism by which the DNA sequence is read and converted into protein.
    • Write a summary, organizing topics and concepts from general to specific.

Part 2

Prepare for tests and exams
  1. Answer the questions at the end of each chapter. Biology textbooks have some really helpful questions that help you reinforce concepts from the topic you just read. Try to answer the questions and check if your answers are correct. Pay attention to those questions that are difficult for you to answer. Reread your notes or chapters that discuss these issues.

    • If you still could not answer some questions, be sure to ask your teacher for help.
  2. At the end of each lesson, reread your notes. You can’t leave a lesson and immediately forget everything you just learned. If you read your notes that same day or the next day, you will be much better able to remember and understand what was discussed in class. As you review your notes, think about whether everything is clear to you.

    • If you get distracted by something, read the material on this topic again in the textbook. If you still don't understand, ask your teacher to explain it to you in class.
  3. Take time to study biology. Because biology is difficult to understand, try to take the time to study it. If you study a little every day, it will become a habit. Later, you will thank yourself for your efforts, because you will not have to study everything at once for the exam, because you will gradually study everything over the course of the semester.

Trying to learn a ton of information or memorize a paragraph of history before the next lesson? Read a passage three times before going to bed, put a book under your pillow, dance with a tambourine - all these methods are as popular as they are useless.

How our memory works

Let's start, perhaps, with this question.

The process of memorizing any information goes through three stages.

  1. First - short term memory. Any data stays there for no more than a few minutes.
  2. Then the data moves to the second stage - intermediate memory. Here she can stay for several days or a month.
  3. The third and final stage is long term memory. The information is always stored there. Even the things we think we have forgotten.

Therefore, in order to make the most of your memory, you need to take this into account. Try to immediately transfer everything you learn into intermediate memory. And so that the information stays with you as long as possible, from time to time revise it and transfer it to the long-term memory departments.

10 ways to remember text

  • Tell someone else.

Retell what you read - and remember it 4 times faster. The likelihood that you will master a large text much faster if you read and retell it to another person is much higher. When you tell something, your brain's neurons work much more efficiently, and you instantly transfer everything you've learned to the intermediate section.

  • Work according to the 20\5 or 45\15 principle.

Your brain can't learn something forever - it needs to be given breaks. Try the practice of teaching for 20 minutes and resting for 5 minutes; or study for 45 minutes and rest for 15. Your brain will get used to such uniform loads and will work as productively as possible, and you can easily learn even the most complex information.

  • Use associative thinking.

What you already know is your best weapon in learning. Make associations and analogies with the knowledge that is already stored on the shelves of your brain. This will help you not only remember everything quickly, but then, if necessary, remember it much faster.

  • Highlight key points in the text with a marker.

Of course, if the text is in a textbook, you don’t need to do this. But often these are printouts, photocopies, with which this method will be simply great! I did this myself when I was at university - it really, really helped! Believe me, as soon as you do this, everything unnecessary will disappear and will not interfere, and everything you need will “stick” to your memory and will glow in it as brightly as the marker you worked with! Of course, for this you need to have the skill of finding important supporting ideas in the text. Practice and you will succeed!

  • Read the text with expression or using different pitches of voice.

In other words, you can just have fun imagining yourself as an actor (if you are not actually an actor :-)). Read the text in a whisper, then in a low voice, then in a thin mouse voice... Change the intonation - from joyful notes to sad and melancholy. Overall, feel what you read! Believe me, sometimes this becomes the only sure way to quickly memorize a text.

  • Don't sit in one place.

Scientists have proven that if, when trying to learn something, you do not just sit at the table over a book, but, for example, walk around the room, then you can learn a text or poem much faster.
Once we discussed this issue with my student. Her biology teacher noted more than once that while memorizing, it is best to clean the house, put something in its place, or just walk around. But on very rare occasions sit still.

A person who never ceases to amaze me in terms of memory development is Stanislav Matveev. He got into the Guinness Book of Records thanks to his techniques and perseverance. And now Stanislav shares his knowledge with people, helping them achieve their goals.

  • Study in the morning.

It doesn't matter whether you're the most "early" of all larks or a seasoned night owl, your brain still retains information best in the morning hours or when you first wake up. Of course, there are rare exceptions when human biological rhythms are most active at night. But, nevertheless, trying to remember something before going to bed may not only have no effect, but also ruin your sleep.

  • If you're tired, change your surroundings.

The main mistake many people make is trying to study without any rest. I remember myself during the sessions. I allocated myself two hours to study in the morning, then went to training. I returned home and studied for another 2 hours. I constantly diluted my study hours with other activities. And I was always surprised by people who, during session we didn’t see friends, didn’t go out for walks, and just locked ourselves in the house. Therefore, my friendly advice to you is to change the situation and give yourself a rest.

  • Use the power of your brain.

You probably know how you remember best. If you only need to listen to a lecture and then retell everything without hesitation, you definitely have a type of memorization based on perception audio information.

For example, I perceive information best if I write it down. For me, remembering something is quite difficult. While studying at the university, I wrote notes and made all important notes in writing. When I needed to remember something during an exam, my notes instantly appeared before my eyes.

So use your strengths in memorization. Sometimes it may take a little longer, but you will be confident in the result.

  • In any unclear situation, go to bed.

If nothing comes to mind, go to bed. When you sleep, all the information that enters your brain, so to speak, is sorted into the long-term department. And in general, never try to learn anything without getting enough sleep. At this moment, your brain is busy only keeping you awake, and there simply aren’t enough resources to remember anything.

At the moment, there are many methods, techniques and a wide variety of books to develop your memory and be able to remember tons of information. You can watch videos or read books to develop your memorization abilities. Memory is like a muscle - you just need to practice it a lot.

An excellent way to regularly train your memory, which I recently discovered, is the online service “ Fitness for the brain" I spoke in detail about him and my daughter’s successes in.

Here, my dears, are the main ways you can easily remember large texts. But I can say one thing: all this works individually for each person. I encourage you to try and analyze what works best for you.

Share in the comments what learning methods you use and how they help you. And for the curious, there is my newsletter, where I constantly share interesting and useful information regarding any aspect of the English language.

Subscribe and be fully armed.

Every schoolchild can feel like a wizard. And for this you don’t need a time machine, a magic wand, a flying carpet or some other fairy-tale “gadget”. It is enough to have an inquisitive mind and listen carefully to the teacher in class. For the attention of young talented biologists, we offer a selection of experiments in biology for grade 5 with a description of their implementation at home.

Experiments with plants

In the 5th grade, experiments in biology with plants are carried out more often than others, because they are safe and allow you to clearly demonstrate their structure and properties.

Colored celery

Water enters the plant through “vessels” running along the stem from the roots to the leaves. Experience will allow you to see

For experience required :

  • celery stalk with leaves;
  • red and blue food paint;
  • three glasses;
  • scissors.

Progress of the experiment:

  1. Fill each of the three glasses by a third with water. Add red paint to one, blue to the other, and both to the third (to get a purple color).
  2. Cut the stem of the plant lengthwise so that you get three strips, place each in a separate glass.
  3. Leave the celery for a day or two.

Result:

The celery leaves will take on different colors. They take up red, blue and purple dye. Different leaves are colored differently.

Colorless leaf

In autumn, the leaves on the trees turn yellow, orange, and purple. In fact, these shades are always present in them, it’s just the green pigment, chlorophyll, that masks them. But in the fall, when it collapses, bright, beloved colors appear.

Chloroplasts, bodies containing chlorophyll, can be isolated using a simple experiment.

For the experience you will need:

  • Alcohol.
  • Petrol.
  • Cup.
  • Green leaf of any tree.

Progress of the experiment:

  1. Pour some alcohol into a glass.
  2. Place a leaf there and leave for a couple of hours.

Result:

The leaf will begin to turn pale and the alcohol will turn green as the chlorophyll dissolves in the alcohol.

Continuation of the experience:

  1. Add a little gasoline to the glass and shake the liquid.

Result:

Gasoline that floats to the top (it is lighter than alcohol) will turn emerald, and alcohol will turn yellow. This happens because chlorophyll turns into gasoline, and xanthophyll (yellow pigment) and carotene (orange), transferred from the leaf, remain in alcohol.

mobile plant

Plants know how to move, and in a certain direction, make sure of this with the help of a simple experiment in biology.

For the experience you will need:

  • cotton wool;
  • water;
  • jar;
  • bean, sunflower or pea seed.

Move experiment:

  1. Soak the seed in water until it germinates.
  2. Soak cotton wool in water.
  3. Place it in an empty jar.
  4. Place the seedling horizontally on the cotton wool and place it in the light.

Result:

The stem will stretch upward, directing the leaves towards the light.

Similar experiments in biology for grade 5 at home with the Sukhov test are offered in special workbooks created by this author.

Experiments with potatoes

Experiments in biology with the potato tuber “in the main role” are aimed mainly at studying the composition of the root crop. Let's take a look at these experiments.

Green potatoes

During the growth of potato tops, the root crop absorbs many nutrients from it. The tuber must remain in its original form until the end of winter, so that new shoots begin to appear on it in the spring. The chlorophyll content will confirm the experiment.

For the experience you will need:

  • Potato tuber.

Progress of the experiment:

  1. Remove the potato and place it in a sunny place.
  2. Leave the tuber there for a couple of days.

Result:

A root crop exposed to light begins to turn green. If you cut it, the green color is visible better. As you know, chlorophyll begins to be synthesized in light, which gives plants a green tint.

Black potatoes

A potato tuber contains starch; a biology experiment for grade 5 using potatoes at home will help you verify this.

For the experience you will need:

  • raw potatoes;

Progress of the experiment:

  1. Cut the tuber in half.
  2. Drop iodine on it.

Result:

The potatoes will instantly darken as the iodine turns blue-black when it reacts with the starch.

Experiments with eggs

Absolutely anyone can conduct biology experiments with eggs for grade 5 at home.

Drowning - not drowning

For the experience you will need:

  • liter jar;
  • water;
  • a raw egg;
  • 5 teaspoons salt.

Progress of the experiment:

  1. Pour water into the jar.
  2. Place the egg.
  3. Add salt.

Result:

The egg will sink in ordinary water, but as soon as you salt it well, it will float. The fact is that salt water is heavier than an egg, and fresh water is lighter.

Up down

Did you know that an egg can sink and float without your participation? Test this with the following egg experiment.

For the experience you will need:

  • Liter jar.
  • Raw chicken egg, dark in color.
  • Nine percent table vinegar.

Progress of the experiment:

  1. Pour a glass of acetic acid into a jar.
  2. Drop the egg in there.

Result:

First the egg will sink. But gradually it will begin to become covered with bubbles and float up. But having floated to the surface, the egg will immediately sink again, and so on several times. Why is this happening? It's simple: the eggshell consists of calcium, and when it reacts with acid, carbon dioxide is formed, the bubbles of which drag the egg upward. When the egg floats, carbon dioxide goes into the air, the bubbles become smaller and the egg sinks again. The up and down movements of the egg will continue until the calcium carbonate is completely leached from the shell. At the same time, the egg will become completely fragile and lighten, and a brown foam will form on the surface of the liquid.

Hairstyle for an egg

Not all experiments are carried out so quickly; there are experiments in biology for 5th grade at home that give results in a week or 10 days.

For the experience you will need:

  • a raw egg;
  • cotton wool;
  • toilet paper tube;
  • alfalfa seeds;
  • water.

Progress of the experiment:

  1. Carefully make a hole in the top of the egg with a diameter of about 3 cm.
  2. Fill the egg with cotton wool.
  3. Place the shells in a toilet paper tube.
  4. Sprinkle seeds on the shell.
  5. Water generously.
  6. Place it on the window.

Result:

In about three days, the first shoots will begin to appear, and after a week the egg will already have wonderful green hair.

Frost-resistant yeast

Pressed yeast for baking does not lose its properties when properly frozen and defrosted. Make sure of this by conducting a biology experiment for grade 5 with yeast and flour.

For the experience you will need:

  • compressed yeast;
  • warm water;
  • flour;
  • basin.

Progress of the experiment:

  1. Place the compressed yeast in the freezer for a day.
  2. Take out the yeast, place in a bowl and leave for 3 hours at room temperature.
  3. Add warm water and flour, mix.
  4. Leave for another 2 hours.

Result:

The dough doubles in volume, which means that the yeast does not die even when frozen.

Lava lamp

This spectacular biology experience will attract the attention of not only children, but also parents.

For the experience you will need:

  • Water.
  • Rock salt.
  • Vegetable oil.
  • Food colorings.
  • Liter glass jar.

Progress of the experiment:

  1. Pour water into the jar (about 2/3 of the capacity).
  2. Add a glass of vegetable oil.
  3. Pour food coloring into the jar.
  4. Add a teaspoon of salt.

Result:

Colored bubbles will move up and down. Oil floats on the surface because it is lighter than water. By adding salt, you help the oil and grains of salt sink to the bottom of the jar. A little time passes, the salt dissolves and rises to the top again. Food coloring makes the show more vibrant.

Rainbow

The following biology activity allows you to make your own rainbow.

For the experience you will need:

  • basin;
  • water;
  • mirror;
  • flashlight;
  • sheet of paper (white).

Progress of the experiment:

  1. Pour water into a bowl.
  2. Place a mirror at the bottom.
  3. Point the flashlight at the mirror.
  4. Catch the reflected light with paper.

Result:

A rainbow will appear on a white sheet of paper. A ray of light, consisting of several colors, “decomposes” into them when passing through water.

Home volcano

Many people's favorite biology experience at home in 5th grade is making a volcano.

For the experience you will need:

  • clay and sand;
  • plastic bottle;
  • red coloring (food);
  • vinegar;
  • soda.

Progress of the experiment:

  1. Cover the bottle with clay and sand to make it look like a volcano (leave the neck open).
  2. Pour soda (2 tablespoons), ¼ cup of warm water, and a little dye into the bottle.
  3. Add ¼ cup vinegar.

Result:

The resulting volcano will begin to erupt as a result of the interaction of soda and vinegar. The resulting bubbles of carbon dioxide push the contents of the bottle, just as lava erupts from a real volcano.

Bottle inflating a balloon

Can an ordinary, unremarkable bottle inflate a balloon? It sounds strange, but let's try it.

For the experience you will need:

  • bottle;
  • balloon;
  • vinegar;
  • soda.

Progress of the experiment:

  1. Pour baking soda into the ball.
  2. Pour vinegar into the bottle.
  3. Place the ball on the neck of the bottle.
  4. Make sure that the soda from the ball is poured into the vinegar.

Result:

The ball begins to inflate. It is filled with carbon dioxide formed as a result of the interaction of soda and vinegar.

Enzymes contained in saliva

Experiments in biology aimed at studying ourselves are especially interesting. It turns out that the process of digesting food begins immediately after it enters the mouth! An experiment will help verify this.

For the experience you will need:

  • starch;
  • cold water (boiled);
  • hot water;
  • 8 glass glasses;
  • pot;
  • pipette.

Progress of the experiment:

  1. Prepare the paste: pour cold boiled water into the pan. Add 4 teaspoons of starch and mix. While stirring the starch, pour boiling water into the pan in a thin stream. Place the pan on a hot stove. Continue stirring until the contents become transparent. Remove the pan from the stove and leave to cool.
  2. Take cold boiled water into your mouth and rinse it for a minute - you will get a solution of saliva.
  3. Spit the solution into a clean glass.
  4. Add the same amount of paste to the glass with saliva.
  5. Place it in a saucepan with warm water to keep the solution warm.
  6. Prepare 7 clean glasses.
  7. Take a little solution of saliva and starch into a pipette and pour it into the first glass.
  8. Add a couple of drops of iodine there.
  9. Do the same with the remaining six glasses at intervals of 2-3 minutes.

Result:

In the first glass the solution will turn out deep blue. In each subsequent one he will be a little paler. The color of the solution in glasses where iodine was added 15-20 minutes after the first one will remain unchanged. This suggests that the last glasses no longer contained starch; it was broken down by an enzyme called amylase found in saliva.

Conducting experiments in biology for 5th grade at home is certainly an entertaining activity. However, fifth graders should not conduct them on their own. The presence of parents will make the experiments safe and allow you to spend your leisure time fun and educationally.

Biology is familiar to all of us from school. Its study is long and painful - somewhere from the fifth or sixth grade and ad infinitum (if a student at the university needs to study this subject). But the task of quickly learning biology comes when a student is preparing for an exam.

We have prepared for you some useful tips on how to quickly learn a table, paragraph, retelling or any topic in biology.

6 ways to learn biology quickly

  1. Review biology questions for the exam/test. Cross out the ones you know well. Use a marker of the same color to mark those that you know partially. Use a marker of a different color to mark those questions that are completely unknown to you.

Do you know that…

Is the bite of a hamster much worse than the bite of a stronger and larger animal? And all because of its thin and long teeth, which diverge in different directions during a bite. As a result, the wound is not only deep, but also torn and quite painful.

  1. When studying an unfamiliar or incomprehensible topic, the main thing is to remember the essence. Then restate the question in your own words, and only then try to grasp the finer details. Writing down (at least briefly) the main points will allow you to quickly master the material.
  2. Write complex terms and definitions on a separate sheet. Learn not only the meaning of the terms themselves, but also how to use them to solve biological problems. Try to retell each term in your own words.
  3. You can remember terms quite quickly. First, remember that they all come from the Latin language, which has basic suffixes and prefixes. These suffixes and prefixes are repeated quite often. Therefore, knowing their meaning, you will quickly understand the meaning of even a new long and incomprehensible word.

Do you know that…

Do ants also have different professions? For example, among them there are even surgeons who treat patients in a room specially designated for this purpose. First, the surgeon examines the victim, then dresses the wound and treats it with a special clear liquid from his own mouth. Agree, it’s quite convenient, because you don’t need to run to the pharmacy to get your medicine!

By the way! For our readers there is now a 10% discount on

  1. When studying questions for the exam, be sure to write cheat sheets. Moreover, you must write it yourself and by hand - this uses mechanical and visual memory.
  2. Frequent breaks help you absorb information much faster than taking study breaks every hour or two. Ideally, short breaks should be taken every 20 minutes. And try to go out into the fresh air for at least 5 minutes every hour. During this time, the brain has time to saturate itself with oxygen and rest in order to continue productive assimilation of information.

Here's a video for those who want to get a general idea of ​​biology:

Agree - quite simple tips that will help you quickly prepare for a biology exam or even learn this subject from scratch. Well, if this doesn’t help, don’t worry. There are always people next to you, ready to lend a helping hand and provide support at any time.