Licensed software for studying natural sciences for a teacher GG

The software includes educational materials on the following SECTIONS:

Biology: X-linked inheritance Adenosine triphosphate (ATP) Adrenaline Asian elephant Axonal transport Saltatory conduction Shark Allele Allosaurus Alveoli Alpha and beta glucose Amoeba Antibiotics and resistance Arenavirus Human arteries Archaea H. Salinarum Aerobic respiration Butterfly Swallowtail Bacillus Bioreactors Biceps Bordetella pertussis Borrelia Botulinum HIV Human veins Upper limb Marburg virus Rabies virus Parainfluenza virus Avian influenza virus Bluetongue virus Hendra virus Viruses. Structural features Internal structure of a leaf Innate immunity Excretory system of marine fish Excretory system of freshwater fish Gel electrophoresis Geranium Eye Glycolysis Globular and fibrous proteins Glucagon Human brain Pigeon Homozygote and heterozygote Fungus Blood groups Caterpillar of a butterfly DNA DNA microchip Plant movement Bivalve mollusk Dihybrid cross and Mendel's third law Diplodocus Discrete and continuous variations Brain lobes Natural selection Stomach Female reproductive system Life cycle of moss Snake Root zones. Internal structure of root Vision. Structure of visual organs Tooth Insulin, blood sugar regulation Study of ecological factor influence on species distribution Study of species population in their habitat Cactus Karyotype Escherichia coli Cell Cellular aerobic respiration Cell cycle Skin Pertussis bacterium Mosquito Corynebacterium diphtheriae Cow Coronaviruses Cat Human circulatory system. Major and minor circulatory systems Rabbit Rat Corn Corn seedling Corn grain Chicken egg Labrador Legionella pneumonia Tapeworm Lichen Lobster Horse Alfalfa Frog Giardia Jellyfish Meiosis Meiosis, part 1 Meiosis, part 2 Membrane. Types of membrane transport Mengo virus Meningococcus Menstrual cycle PCR method Gene engineering methods in biotechnology Mechanism of fish gas exchange Mechanism of auxin action Mechanism of muscle contraction. Sliding filament theory Mycobacterium tuberculosis Myxovirus Mitosis Molecular dogma. Protein biosynthesis Monohybrid cross: Mendel's second law Monohybrid cross: Mendel's first law Starfish Human excretory system Male reproductive system Fly Blood group inheritance Sodium-potassium pump Nerve cell (neuron) Neuromuscular junction Nephron Lower limb Fossils of skull Pyruvate oxidation Oxidative phosphorylation Deer Ontogeny of frog Human respiratory organs and mechanism of inhalation and exhalation Orchid Osmoregulation. Antidiuretic hormone (ADH) Characteristics of vertebrate animals and their classes Osteocyte Octopus Distinguishing features of arthropods and their classes Fern Paramyxovirus Primary succession Peripheral nervous system Liver lobule Biomass pyramids Number pyramids Digestive system Plasmid Pneumocystis fungus Cross-section of bone Cross-section of retina Action potential Examples of reducing sugars Pterosaur Wheat Liver and gallbladder function Cancer cells Plant cell Venus flytrap Reovirus Reflex arc Role of auxin in phototropism Role of gibberellin Oral cavity Bean seed Hay bacillus Human heart Sympatric and allopatric speciation Synapse ATP synthesis and hydrolysis Dalmatian dog Human spermatozoon Stabilizing, disruptive, and directional types of natural selection Staphylococcus epidermidis Stem cells Vulture Structure of mitochondrion Structure of orchid Structure of kidney Structure of plant and animal cells Structure of fish Structure of dicot stem Structure of monocot stem Structure of flower Striated muscle structure Taxonomic hierarchy (systematics) Tarantula Telomeres Termites Thermoregulation, maintenance of constant body temperature Test scene Dimedus Tiger Types of mechanoreceptors Types of protein structure Tyrannosaurus Rex Togotovirus Transcription in eukaryotic cells Translation in eukaryotic cells Three-domain system: Archaea, bacteria, and eukaryotes Trilobites Triceratops Oceanic snail Ultrastructure of myofibril Stomata Ear Enzyme-substrate complex Fetal pig Helicobacter pylori Chlamydia Cotton plant Chloroplast Chromosome Kingdoms: animals, plants, fungi, protists Central nervous system Krebs cycle Allele frequency in population Human skeleton Worm Skull Cervical vertebrae Cone Euglena Human evolution Electrocardiogram to describe the cardiac cycle Endocrine glands and their hormones Erythrocyte Echovirus Monarch butterfly eggs Egg cell Atmosphere Aquifer Volcano Geyser Mountains Tian Shan Lithospheric plate movement Volcanic eruption Water cycle Glacier Islands and peninsulas Cave Natural resources Syncline and anticline Structure of lithosphere Melting glaciers Tectonic plates Pacific seismic belt Cyclones and anticyclones Ecological problem of the Aral Sea

Physics: 4-cylinder boxer Автоматический предохранитель Car battery Акустический резонанс Analog and digital signals SOHO device Барометр-анероид Brushless DC motor Bimetallic thermometer Household light sources Венера Wind turbine Types of dynamometers Types of conductor connections External photoelectric effect Water tower Water collector Water pump Hair hygrometer Gas oven Gas thermometer Gas turbine engine Halogen lamp Alternating current generator Psychrometric hygrometer Hydraulic dynamometer Hydraulic cylinder Hydroelectric power station (HPS) Year, month, day Loudness and pitch of sound Beetle engine Dnipro engine Stirling engine Alternating current motor Direct current motor Motion of bodies in a circle. Linear velocity Motion of bodies in a circle. Period and frequency. Motion of bodies in a circle. Centripetal acceleration. Two-stroke engine Deformation. Hooke's law Slide projector Dynamics of circular motion Wrist dynamometer (force gauge) Disc brake Light dispersion Wave diffraction Torsen differential Drone (Quadcopter) Liquid thermometer Coulomb's law (Torsion balance) Ohm's law (Rheostat) Pascal's law (Pascal's sphere) Law of universal gravitation Law of conservation of electric charge Law of conservation of energy Sound waves. Speed of sound in different media Earth Newton's mirror telescope Ideal gas Measuring instruments Isobaric process Isothermal process Isochoric process Wave interference Infrared thermometer Wilson chamber Kettle Valve Faraday cage Conical gear transmission Laser printer Incandescent lamp Moon Lunar rover (Apollo 15) Earth's magnetic field Magnetic field of direct current Manometer Mars Measuring cylinder Mercury Mechanical transmission Mechanical work Mechanical energy (kinetic and potential) Mechanical waves. Longitudinal and transverse waves Mechanical dynamometer (spring) Micrometer Molecular-kinetic theory: basic principles Torque Power Neptune Circumference. Circumference length Optical sensors Optical telescopes Fiber optic cable Experiment Fizeau (Speed of Light Determination) AA battery Steam engine Steam boiler First Law of Newton Periscope Planetary gearbox/reducer Rutherford’s planetary model Density meter (ABR-1 areometer) Pluto Double wishbone suspension Polarization of waves Permanent magnets. Magnetic flux Potentiometer Voltage and current measuring devices Capacitor operation principle Simple inline 4-cylinder engine Work and power of electric current Uniform acceleration Radial ball bearing Radioactive decay Radio telescope Saturn V rocket Gearbox Water pressure relay Roller bearing Wright brothers' airplane Saturn Light phenomena. Angles of incidence and refraction LED lamp Relationship between angular velocity and linear velocity Ampère's force Archimedes' principle Lorentz force Friction force Gravitational force Pulley system Scalar speed and vector speed Speed, distance, time Force addition Solenoids Solar system Solar panels Sun Electromagnetic wave spectrum GPS satellite Satellite television Comparison of specific heat capacities of metals Average kinetic energy of molecules Scintillation counter Geiger-Müller counter Thermal conductivity, convection, and radiation Fuel cell Transformer Newton's Third Law Turbine Angular velocity and angular displacement Mendeleev-Klapeyron equation Uranus Uranus as an energy resource Conditions for buoyancy (Archimedes' principle) Conditions for lever equilibrium Moon phases Fan Hand flashlight Digital thermometer Four-stroke engine Kelvin scale. Thermodynamic temperature Caliper Alkaline batteries Electrification (electrometer) Electrical capacitance of capacitors Electric stove Electric charge Electric kettle Electric field Electrolytic capacitors Electromagnetic induction Energy of a charged capacitor Energy-saving lamp Epidiascope Doppler effect Echo Jupiter Inertia phenomenon Energy of a charged capacitor Electrical capacitance of capacitors Uniform acceleration Capacitor operation principle

Chemistry: Aggregation States of Matter, Alkanes, Alkenes, Allotropic Modifications of Carbon, Amides, Amines, Benzylpenicillin, Benzene, Paper Chromatography, Buffer Solutions, Valency. Drawing Structural Formulas by Valency, Introduction to Organic Chemistry, Hydrogen Bonding, Air and Air Pollution, Haloalkanes, Halogens, Geometric Isomerism, Homolytic and Heterolytic Cleavage of Covalent Bonds, Guanosine Diphosphate, Donor-Acceptor Mechanism, Changes in Atomic Radii of Elements in the Period, Isotopes, Indicators, Instrumental Methods of Analysis, Infrared Spectroscopy, Ionic Bonding, Carboxylic Acids, Catalysts, Qualitative Reactions for Gases, Qualitative Reactions for Anions, Qualitative Reactions for Cations, Quantum Numbers, Acids, Bases, and pH, Equilibrium Constant, Caffeine, Partition Coefficient, Starch, Mass Spectrometry, Metallic Bonding, Mechanism of Chemical Reactions, Molecule of Nitric Acid, Molecule of Amino Acid, Molecule of Ammonia, Molecule of Acetylene, Molecule of Water, Molecule of Ketone, Molecule of Methane, Molecule of Sulfuric Acid, Molecule of Carbon Dioxide, Molecule of Formaldehyde, Molecule of Ethanol, Molecule of Ethylene, Mole and Avogadro's Number, Molarity, Formic Acid, HCOOH, Formation of Ions, Formation of Covalent Bonds Using Examples of Hydrogen, Water, Methane Molecules, Oxidation of Alkenes, Oxidation-Reduction Processes, Calcium Oxide and Copper Oxide, Oxides, Description of Element, Optical Isomerism, Orbital Overlap in Covalent Bond Formation, Plastic Recycling, Surface Tension, Polycondensation, Ethylene Polymerization, Examples of Ion Formation, Sulfuric Acid Production, Haber Process. Ammonia Synthesis, Difference Between Atoms and Molecules, Particle Sizes of Matter, Arrangement of Elements in the Periodic Table, Solutions. Mass Fraction, Solutions. Solubility of Substances in Water, Reactions of Benzene and Methylbenzene, Nucleophilic Substitution Reactions, Nucleophilic Addition Reactions, Combustion Reaction, Combustion Reaction of Simple Substances, Neutralization Reaction. Salts, Metal Activity Series, Sucrose, Van der Waals Forces, Strong and Weak Acids and Bases, Synthetic Polymers, Rate of Chemical Reactions, Proton NMR Spectroscopy, Carbon NMR Spectroscopy, Alcohols, Iron Alloys, Methods of Separating Heterogeneous Mixtures, Methods of Separating Homogeneous Mixtures, Standard Electrode Potential, Stearic Acid, Stereoisomerism of Complex Ions, Atomic Structure, Structural Isomerism, Safety Techniques in Chemical Laboratory, Safety Techniques When Working with Chemical Reagents, Types of Hybridization, Types of Crystal Lattices, Types of Chemical Reactions, Titration, Phenol, Physical and Chemical Phenomena, Physical Properties of Transition Elements, Fractional Distillation of Petroleum, Functional Groups of Organic Compounds, Chemical Bonding, Chemical Properties of Carboxylic Acids, Chemical Properties of Oxides, Chemical Properties of Transition Elements, Chemical Properties of Alcohols, Chemical Equilibrium. Le Chatelier's Principle, Acid Chlorides (Acyl Chlorides), Colors of Complex Ions, Born-Haber Cycle, Alkaline Earth Metals, Electrolysis of Melts, Electrolysis of Solutions, Electronic Structure — Hund's Rule, Electronic Structure – Pauli Exclusion Principle, Electronic Formulas of the First 10 Elements, Electronegativity and Bond Energy, Empirical and Molecular Formulas of Substances, Energy Levels, Sublevels, and Orbitals, Activation Energy, Ionization Energy and Electron Affinity, Enthalpy of Chemical Reactions, Entropy of Chemical Reactions, Ethers, Mass Spectrometry, Proton NMR Spectroscopy, Carbon NMR Spectroscopy

Initial Military and Technological Training. Scale Model of Kalashnikov Assault Rifle, Heart-Lung and Brain Resuscitation Trainer, Protective Suit, Types of Combat Ground Robots, Types of Combat Aerial Robots, AKS-74U, Small Infantry Shovel, Civilian Gas Mask, Filtering Gas Mask, Bandage, Adrianov Compass, RGD-5 Hand Fragmentation Grenade, Individual Chemical Protection Kit (IPP-11), Individual First Aid Kit, RGN Grenade, RGO Grenade, Wooden Model of Assault Rifle, F-1 Grenade, General Purpose Protective Kit, Respirator, Individual Dosimeter (ID-1), Field Chemical Reconnaissance Device (VPHR), Medical Bag, Signal Flags Set, Purpose and Design of Ammunition, Nuclear Weapons: Neutron Warhead, Assembly and Disassembly of Kalashnikov Assault Rifle, Preparation for Shooting, Effects of Nuclear Explosion, Chemical Weapons, Tank.

DEMONSTRATION WORKS

Biology: Description of Main Cell Components Using Microphotographs, Investigation of the Ecosystem State of Your Region Using Statistical Analysis Methods, Action of Auxin on Root Growth, Study of Local Ecosystem (e.g., School Plot), Investigation of Internal Structure of Stems, Factors Affecting Photosynthesis, Study of Root Zones, Investigation of Plant Respiration, Properties and Importance of Water for Living Organisms, External Appearance of Hay Bacillus Bacteria, Methods of Vegetative Plant Reproduction, Knee Reflex, Study of Plant Excretion Features Using Seedlings, Classification of Animal Tissues, Classification of Plant Tissues, Investigation of the Use of Antibiotics, Antiseptics, and Disinfectants, Investigation of Yogurt and Cheese Production, Study of Blood Formed Elements in Various Organisms, Effect of Physical Exercise on Heart Function, Study of Lung Vital Capacity, Macro- and Microscopic Structure of Bones, Demonstration of Bone Chemical Composition, Study of Muscle Tissue Structure, Investigation of Visual Perception (Determining Acuity and Field of Vision), Study of Skin Sensitivity, Determination of Blind Spot, Color Mixing Experiments, Air and Bone Conduction, Investigation of Auditory Perception Features (Determining Hearing Acuity), Identification of Plant and Animal Species (Local Region) Using a Field Guide, Investigation of the Effect of Various Conditions (Temperature, pH) on Enzyme Activity, Study of Fat Emulsification Process Under the Influence of Bile, Investigation of External Factors: Temperature, Humidity and Water Vapor Pressure, Air Movement on Transpiration Process, Identification of Plant Divisions: Algae, Mosses, Ferns, Gymnosperms, and Angiosperms, Investigation of Characteristics of Monocots and Dicots, Determination of Vitamin C in Food Products, Study of Internal Factors: Evaporating Surface Area and Its Ratio to Plant Volume on Transpiration Process, Investigation of Mitosis in Onion Root Cells, Study of Muscle Fatigue Process During Static and Dynamic Work, Effect of Auxin on Plants, Influence of Various Factors on Cell Membranes, Determination of Protein Content in Biological Samples, Effect of Various Conditions (Temperature, pH) on Protein Structure, Study of Reducing and Non-reducing Sugar Reduction Capacity, Investigation of Modification Variability, Construction of Variation Range and Curve, Determination of Mitotic Activity Level in Onion Root Cells, Determination of Surface-to-Volume Ratio of Cells, Influence of Various Conditions on Enzyme Activity, Determination of Water Potential in Cells in Solutions with Different Salt Concentrations, Effect of Limiting Factors on Photosynthesis Intensity, Investigation of Photosynthesis Pigment Content in Cells of Different Plants, Study of the Effect of Enzyme Immobilization on Their Activity

Physics: Determination of Acceleration of a Body in Uniformly Accelerated Motion, Study of the Motion of a Horizontally Thrown Body, Determination of Acceleration Due to Gravity Using a Pendulum, Determination of the Speed of Surface Wave Propagation, Study of a Body Rolling Down an Inclined Plane, Investigation of the Relationship Between the Range of a Thrown Body and the Angle of Projection, Study of the Dependence of a Ball's Speed on Its Radius in a Viscous Fluid, Determination of the Speed of Sound in Air, Determination of the Wavelength of Light Using a Diffraction Grating, Determination of Torque and Rotational Moment, Measurement of Small Object Dimensions, Measurement of Physical Quantities, Determination of the Density of Solids and Liquids, Study of Elastic Deformations, Investigation of Sliding Friction Force, Study of Archimedes' Principle, Determination of Floating Conditions of Bodies in Liquids, Finding the Center of Mass of a Plane Figure, Determination of Lever Equilibrium Conditions, Calculation of Work Done in Uniformly Lifting a Body, Determination of the Efficiency of an Inclined Plane, Comparison of Heat Quantities When Mixing Water at Different Temperatures, Determination of the Specific Heat of Ice, Assembly of an Electrical Circuit and Measurement of Current and Voltage at Different Points, Investigation of the Relationship Between Current and Voltage in a Circuit Segment, Measurement of Work and Power of Electric Current, Study of Parallel Connection of Conductors, Study of Series Connection of Conductors, Study of the Properties of Permanent Magnets and Magnetic Field Imaging, Assembly and Testing of an Electromagnet, Determination of the Refractive Index of Glass, Determination of the Focal Length and Optical Power of a Converging Lens, Measurement of the Charge of a Monovalent Ion, Vector Addition of Forces Directed at Angles to Each Other

Chemistry: Obtaining and studying the properties of acetic acid Obtaining and properties of esters Properties of amino acids Chemical properties of glucose as alcohol aldehyde. Qualitative reaction to starch Denaturation and color reactions of proteins Polymers and their properties Recognition of plastics and fibers Solving experimental problems Grade 11, practical work 3 Chemical properties of lead, tin and their compounds Qualitative reaction to ammonium ions, sulfate Titration of a strong base with a strong acid Electroplating of metal objects Properties of complex ions of transition metals Ratio of ethylene, acetylene, hexane and benzene to a solution of potassium permanganate and bromine water/ iodine Preparation of ethanol by hydration of ethylene and fermentation of glucose Determination of starch in food Qualitative reactions to oxygen-containing organic substances Solution of experimental problems on the topic "Metals" Preparation of a solution with a given percentage and molar concentration Reactions of dilute acids with metals Study of acid properties Study of base properties Determination of nutrients in the composition of food, Determination of water hardness, Study of signs of chemical phenomena, Qualitative analysis of the composition inorganic compounds Hydrolysis of salts Study of the chemical properties of dilute sulfuric acid Qualitative reaction to hydrogen Familiarity with laboratory equipment Study of the respiration process Interaction of carbonates with dilute acids. Qualitative reactions to carbon dioxide Reaction of neutralization of chlorine of hydrogen acid Candle burning Study of the cooling process Purification of contaminated table salt Comparison of mixtures of substances and their compounds Study of the boiling process of water Mass ratio of reacting substances Comparison of metal activity Chemical reactions Gorenje, accompanied by a change in energy Production of hydrogen and study of its properties Production of oxygen and study of its properties Effect of temperature on solubility of solids Study of properties of oxides Production and properties of salts Physical and chemical properties of carbon Production of carbon dioxide and study of its properties Determination of pH solutions of acids, alkalis Determination of Li+, Na+, K+, Ca2+ cations, Sr2+, Ba2+, Cu2+ Flame staining Determination of anions Cl–, Br–, I–, PO43–, SO42–, CO32–, NO3–, SiO32- in aqueous solutions, Determination of calcium in the composition of bones Qualitative reactions to Fe2+, Fe3+, Cu2+ cations, interaction with alkalis Effect of temperature, concentration and particle size on the reaction rate Effect of the catalyst on the reaction rate Shift in chemical equilibrium Interaction of calcium with water, Interaction of aluminum with a solution of acid and alkali Study of the properties of a solution of hydrochloric acid Determination of the thermal effect of the neutralization reaction Production of ammonia and study of its properties Properties of nitric acid common with other acids Determination of carbon in food Research properties of acetic acid Denaturation of proteins Solving experimental problems on the topic "Qualitative reactions to some anions" Chemical properties of typical metals, nonmetals and amphoteric elements Qualitative reactions to Cu2+ ion recognition, Zn2+ Preparation of iron (II) and (III) hydroxides, copper (II) , zinc, chromium (III), testing the ratio of hydroxides to acids and alkalis Studying the dependence of the chemical reaction rate on various factors: homogeneous, heterogeneous catalysis Experimental confirmation of the pH of solutions of the qualitative composition of acids, bases and salts Solubility of alcohols in water gorenje alcohols, qualitative reactions to monatomic and polyatomic alcohols Qualitative reactions to unsaturated bonds. Obtaining ethylene and studying its properties Solving experimental problems Grade 10, practical work 4 Studying the properties of group 2 (II) elements and their compounds Studying the properties of halogens and determining halides - ions in an aqueous solution Paper chromatography laboratory Compilation of an electrochemical series of metal stresses Study of the displacement of dynamic equilibrium under the influence of various factors Familiarization with samples of the most important salts of sodium, potassium, calcium and comparison of the chemical activity of magnesium metals All educational content and objects contained in the software in three-dimensional space and have a description of each detail when pressing the appropriate keys.

Characteristics of 3D objects:

All 3D objects used in the software have the ability to: be divided into objects, into its components, have a description of the life /physical process and internal structure, increase and decrease.

Functional characteristics of the software:

- The software works and is controlled by the touch screen of the interactive panel.

- The software recognizes the following gestures: single touch/tap (rotating objects), double touch/tap, single touch/tap with two fingers, double touch/tap with two fingers, swipe up/down/right/left, tap and drag, tap and pull, two-finger swipe;

- The software recognizes gestures for rotating 3D objects, enlarging 3D objects, rotating 3D objects and its components 360 degrees, moving in the working area of the screen.

- The software has the function of increasing and decreasing 3D objects and their components.

- The software has the ability to create test questions for users with different answer options, which allow you to study every detail of the objects.

- In the "Object Assembly" task, the first three object movements are highlighted to help the user. Next, the backlight turns off.

- In the "Object Selection" task, when selecting an object, a confirmation button appears.

- When viewing models, it is possible to change the background color of the image in 5 different colors.

- The software is installed on the embedded computer of the interactive panel, on the internal operating system of the panel.

- The software menu has the ability to search for a model by name

- The software has the ability to write a technical support request from the software interface.

- The software is displayed and functions on the interactive panel without distortion.

- Control is carried out using a pointer supplied with an interactive panel and fingers.

- The software has the ability to adjust the graphic characteristics (high, low)

- The software has the ability to display tabs of the main menu. All available models and animations are displayed in the corresponding Category section. Inside the models, animations and courses section are distributed in such a way that the topic of the model corresponds to the training program for a particular class.

- In the library section, models are distributed inside folders that denote the subject and class of this topic according to the State Educational Standard of the Republic of Kazakhstan.

- The selected models are launched from the library and have the full functionality described above

- There is an "Auto-queries" button in the research mode. When you click on it, three buttons appear to select tasks that are generated automatically: object assembly, object selection, and label matching.

- Available "Interactive" mode.

In the scenes of the Animation mode, action buttons will appear, when clicked, the transition to the next animation takes place.

Along with this, the software has a section of a three-dimensional anatomical interactive digital atlas with virtual reality (VR) support. The section includes 280 3D models, 10,000 titles and 1,000 test questions. This program allows students to familiarize themselves with anatomical structures using 3D models digitized from a collection of real anatomical and high-quality museum specimens. To deepen and test your anatomical knowledge. 3D models are based on real cadavers, as well as fixed wet and paraffin samples using photogrammetry.