# Science 10

Compulsory Science class 10 videos According to Curriculum Development Centre, Nepal Designed for SEE Students.

Intermediate 5 (32 Reviews ) 3404 Students enrolled
Created by Mero School Last updated Fri, 14-May-2021 Nepali
What will I learn?
• After Completion of this Course, Students will get complete knowledge of class 10 Compulsory Science and will be able to secure good score in SEE exam.

Curriculum for this course
562 Lessons 46:30:40 H:M:S
0. Introduction To Science
2 Lessons 00:07:33 H:M:S
• 1. Introduction to course 00:01:59 Free
• 2. Mark Distribution 00:05:34 Free
• 1. Introduction to Force 00:05:09
• 2. Revisiting Newton's first Laws of motion 00:03:21
• 3. Revisiting Newton's second Laws of motion 00:07:36
• 4.Revisiting Newton's third Laws of motion 00:04:28
• 5. Universal Law of Gravitation 00:05:59
• 6.Gravitional constant, 'G' 00:04:48
• 7. Gravitational force between very less massive objects- 00:04:34
• 8. Change in Gravitational Force with change in mass of bodies- 00:05:34
• 9.Change in Gravitational Force with change in mass of bodies-_1 00:06:12
• 10. Change in Gravitational Force with change in mass of bodies-_2 00:08:01
• 11. Coin and feather experiment 00:08:17
• 12. Variation in the value of 'g' due to shape of Earth 00:04:14
• 13. Variation in 'g' with height above the surface of the Earth 00:11:14
• 14. Variation of 'g' with depth from the Earth's surface- 00:15:34
• 15. Concept of mass, weight, freefall and weightlessness- 00:14:54
• 1. Liquid pressure 00:09:10
• 2. Pascal_s Law 00:06:43
• 3. Application_s of Pascal_s Law 00:06:13
• 4. Upthrust 00:06:18
• 5. Density, Relative density and Relation between Density and Upthrust 00:15:50
• 6. Archimedes_ Principle 00:09:43
• 7. Law of Floatation 00:15:01
• 8. Atmospheric pressure 00:08:49
• 9. Instruments used for measuring Atmospheric pressure 00:11:36
• 10. Instruments based on Atmospheric pressure (Syringe) 00:02:27
• 11. Working method of an Air Pump 00:03:22
• 12. Working method of a Water pump 00:06:03
• 1. Introduction to energy 00:10:29
• 2. Classification of sources of energy 00:03:56
• 3. Classification of sources of energy on the basis of replacibility- 00:04:24
• 4. Sources of energy(Solar energy) 00:06:07
• 5. Limitation and Uses of Solar Energy 00:09:12
• 6. Sun as an Ultimate source of energy 00:04:20
• 7. Source of Solar Energy 00:09:16
• 8. Evidence of nuclear fusion in the Sun 00:04:38
• 9. Sources of energy(Fossil fuels) 00:12:18
• 10. Sources of energy(Hydroelectricity) 00:05:09
• 11. Alternative Sources of energy(Bio fuel) 00:06:16
• 12. Alternative Sources of energy(Nuclear enegy) 00:06:31
• 13. Advantages of Nuclear energy 00:04:47
• 14. Alternative Sources of energy(Tidal energy, Wind energy, Geo-thermal energy) 00:05:12
• 15. Present status of energy in the world 00:05:05
• 16. Energy Conservation 00:06:05
• 1. Introduction to Heat 00:07:59
• 2. Units of heat energy 00:07:03
• 3. Introduction to Temperature 00:04:47
• 4. Relationship between different units of temperature 00:05:40
• 5. Problems related to conversion of units of temperature 00:04:43
• 6. Different Types of Temperatures 00:08:22
• 7. Thermometric Liquids 00:02:48
• 8. Relationship Between Heat and Temperature 00:04:53
• 9. Specific Heat Capacity 00:05:06
• 10. Heat equation and Principle of caloriemetry 00:08:35
• 1. Introduction to light 00:03:44
• 2. Lens 00:05:39
• 3. Differences between Concave and Convex lens 00:03:16
• 4. Some terms related to lens 00:10:41
• 5. How lenses work(put question mark here) 00:07:31
• 6. Rules of Refraction in lens 00:04:40
• 7. Ray diagrams in convex lens(Objects at infinity) 00:10:26
• 8. Image when object is beyond 2F 00:04:20
• 9. Image when object is at 2F 00:03:12
• 10. Image when object is between F and 2f 00:04:58
• 11. Image when object is at F 00:04:09
• 12.Image when object is between F and O 00:05:37
• 13. Ray diagram in concave lens 00:04:26
• 14. Image when object is at a measurable distance 00:04:24
• 15. Image when object is at infinity 00:02:18
• 16. Concept of Real and Virtual image 00:05:20
• 17. Magnification 00:05:38
• 18. Relation between u, v and f 00:09:33
• 19. Power of lens 00:06:17
• 20. Uses of lens 00:03:19
• 21. Optical instruments 00:03:28
• 22. Basic anatomy of an human eye 00:08:13
• 23. Range of human eye and power of accomodation 00:05:56
• 24. Defects of vision 00:14:05
• 1. Introduction to electricity 00:06:20
• 2. DC and AC 00:12:50
• 3. Effects of electric current(Heating effect) 00:05:32
• 4. Lighting effect of Electric Currrent 00:08:59
• 5. Magnetic effect of Electric Currrent 00:13:33
• 6. Chemical Effect of Electric Currrent 00:05:17
• 7. Inter-relation between electricity and magnetism 00:03:44
• 8. Magnetic flux and Electromagnetic Induction 00:09:04
• 9. Faraday's laws of electromagnetic induction 00:02:42
• 10. Bicycle dynamo 00:06:25
• 11. Generator 00:08:29
• 12. Electric motor 00:03:59
• 13. Different electrical devices 00:05:57
• 14. Transformer 00:11:32
• 15. Electrical Power 00:10:02
• 16. Commercial Unit of Energy 00:04:50
• 17. Numerical Problems Related to Commercial unit of Power 00:10:35
• 1. Mendeleev's Periodic table 00:08:50
• 2. Characteristics of Mendeleev's Periodic Table 00:02:58
• 3. Merits and demerits of Mendeleev's periodic table 00:10:27
• 4. Modern Periodic Table 00:11:09
• 5. Merits of Modern Periodic Table 00:05:01
• 6. Periods 00:08:46
• 7. Groups 00:11:22
• 8. Characteristics of Periods 00:09:49
• 9. Characteristics of groups 00:15:20
• 10. Uses of Periodic table 00:02:40
• 11. Subshell 00:15:19
• 12. Electronic Configuration and Aufbau Principle 00:14:34
• 13. Understanding electronic configuration 00:07:23
• 1. Physical and Chemical change 00:07:19
• 2. Chemical Reaction 00:05:42
• 3. Types of chemical reaction (Combination reaction and Decomposition reaction) 00:06:35
• 4. Displacement reaction 00:08:31
• 5. Acid-Base reaction 00:04:31
• 6. Factors effecting rate of chemical reaction 00:10:30
• 7. Catalyst 00:03:46
• 8. Endothermic and Exothermic Reaction 00:04:03
• 9. Promoters, Inhibitors and Poisons 00:02:47
• 1. Acids 00:05:29
• 2. Classification of Acids 00:10:40
• 3. Characteristics of Acids 00:09:33
• 4. Uses of Acids 00:03:25
• 5. Bases 00:04:25
• 6. Preparation of bases 00:03:04
• 7. Classification of Bases 00:03:50
• 8. Characteristics of Bases 00:12:50
• 9. Uses of Bases 00:04:10
• 10. Salts 00:05:05
• 11. Classification of Salts 00:05:36
• 12. Properties of Salts 00:04:05
• 13. Preparation and Uses of salts 00:06:28
• 14. Neutralization reaction 00:03:40
• 15. Uses of Neutralization reaction 00:04:01
• 1. Carbon Dioxide and its Occurrence 00:05:07
• 2. General methods of preparation of carbon dioxide gas- 00:03:19
• 3. Laboratoryprepration of Carbon Dioxide gas 00:07:36
• 4. Test of Carbon Dioxide and its Manufacture 00:06:26
• 5. Physical and Chemical properties of Carbon Dioxide 00:11:58
• 6. Uses of Carbon dioxide 00:07:04
• 7. Ammonia 00:06:00
• 8. Laboratory Preparation of Carbon Dioxide 00:05:38
• 9. Test of Ammonia gas and its Manufacture 00:04:39
• 10. Physical and Chemical priperties of Ammonia gas 00:08:07
• 11. Uses of Ammonia Gas 00:02:03
• 1. Introduction to metals 00:04:29
• 2. Minerals, Ores and Metallurgy 00:03:48
• 3. Introduction to Iron 00:03:19
• 4. Occurrence and Ores of Iron 00:02:55
• 5. Physical properties and Classification of Iron 00:03:46
• 6. Uses of Iron 00:02:28
• 7. Introduction to Aluminium 00:03:34
• 8. Occurrence and ores of Aluminium 00:03:48
• 9. Physical properties and uses of Aluminium 00:06:37
• 10. Introduction to Copper 00:06:05
• 11. Occurrence and Ores of Copper 00:03:48
• 12. Physical properties and uses of Copper 00:06:23
• 13. Introduction to Silver 00:05:22
• 14. Occurrence and Ores of Silver 00:03:09
• 15. Physical properties and uses of Silver 00:07:05
• 16. Introduction to Gold 00:07:00
• 17. Occurrence and Ores of Gold 00:04:26
• 18. Physical properties and uses of Gold 00:07:51
• 19. Occurrence of metals in Nepal 00:02:26
• 1. Introduction to Hydrocarbons 00:05:20
• 2. Saturated Hydroarbons 00:12:19
• 3. Unsaturated Hydrocarbons 00:14:33
• 4. IUPAC Naming 00:09:51
• 5. Homologous Series 00:13:23
• 6. Alkyl group and functional groups 00:04:58
• 7. Some hydrocarbons 00:08:00
• 8. Some derivatives of hydrocarbon 00:07:54
• 9. Some derivatives of hydrocarbon 00:15:43
• 1. Introduction 00:04:02
• 2. Cement and its uses 00:06:20
• 3. Glass and its characteristics 00:05:38
• 4. Types of glass and their uses 00:10:41
• 5. Coloured glass 00:03:27
• 6. Ceramics 00:05:38
• 7. Fibres 00:02:58
• 8. Merits and demerits of natural fibres 00:04:30
• 9. Artificial fibres 00:05:45
• 10. Merits and demerits of artificial fibres 00:03:05
• 11. Plastic 00:06:54
• 12. Types of plastic 00:11:08
• 13. Properties of plastic 00:03:12
• 14. Uses and demerits of plastic 00:05:56
• 15. Soaps and detergents 00:11:21
• 16. Pesticides 00:03:39
• 17. Insecticides 00:05:18
• 19. Fertilizers 00:08:18
• 20. Chemical fertilizers 00:20:03
• 21. Chemical pollution and Solid waste management 00:20:14
• 1. Introduction to Silkworm 00:06:02
• 2. Lifecycle of silkworm 00:12:40
• 3. Economic importance of silkworm 00:03:04
• 4. Characteristics of Silk 00:03:21
• 5. Introduction to Honey bee 00:06:34
• 6. Lifecycle of Honey bee 00:09:59
• 7. Economic importance of Honey bee 00:04:09
• 1. Stimulus and response 00:03:43
• 2. Nervous system and neurons 00:09:56
• 3. Central Nervous System(Brain) 00:18:14
• 4. Central Nervous System(Spinal cord) 00:04:16
• 5. Reflex and its Significance 00:09:07
• 6. Peripheral Nervous System 00:04:27
• 7. Autonomic Nervous System 00:04:53
• 8. Glandular system 00:10:27
• 9. Different glands and their functions 00:13:39
• 1. Blood and its components(Plasma) 00:10:15
• 2. Blood corpuscles 00:15:35
• 3. Functions of blood 00:05:56
• 4. The Heart 00:05:29
• 5. Parts of heart and the functions of four blood vessels and four valves of heart. 00:12:15
• 6. Working of the Heart 00:07:51
• 7. Blood vessels 00:08:41
• 8. Types of blood circulation and Heartbeat 00:07:57
• 9. Blood pressure 00:04:32
• 10. Some diseases related to blood circulatory system(High Blood Pressure) 00:07:41
• 11. Some diseases related to blood circulatory system(Diabetes) 00:06:31
• 12. Some diseases related to blood circulatory system(Gout) 00:07:17
• 1. Chromosomes, genes and DNA 00:05:52
• 2. Types of Chromosomes 00:04:18
• 3. Some important features of chromosomes 00:09:27
• 4. Homologous chromosomes and function of chromosomes 00:05:09
• 5. Diploid and Haploid cells 00:06:34
• 6. Mechanism of Sex determination in Humans 00:11:12
• 7. Genetic disorders(Mendelian disorder) 00:08:05
• 8. Genetic disorders(Chromosomal disorder) 00:17:29
• 9. Cell division and its types 00:16:41
• 1. Asexual Reproduction 00:04:19
• 2. Types of asexual reproduction(Fission and Budding) 00:07:05
• 3. Fragmentation and Regeneration and Sporulation 00:05:48
• 4. Vegetative reproduction 00:04:43
• 5. Artificial vegetative propagation 00:14:02
• 6. Tissue culture 00:03:52
• 7. Advantages of vegetative propagation and asexual reproduction 00:05:19
• 8. Sexual reproduction(Conjugation) 00:07:45
• 9. Sexual reproduction in Plants and Animals 00:16:02
• 10. Significance of Sexual reproduction 00:02:39
• 1. Heredity 00:04:59
• 2. Why peas ? 00:05:41
• 3. Some terms used in Genetics 00:13:13
• 4. Mendel's Experiment 00:10:18
• 5. Law of Dominance 00:04:58
• 6. Law of Segregation 00:09:33
• 7. Monohybrid cross in Drosophilla and Guinea pigs 00:07:06
• 8. Law of independent assortment 00:12:02
• 9. Some heredity characters in Human beings 00:04:06
• 10. Variation and Mutation 00:06:54
• 1. Environmental pollution and its management 00:03:44
• 2. Air pollution and types of pollutants 00:04:47
• 3. Sources and effects of Air Pollutions 00:09:23
• 4. Different measures to prevent air pollution 00:04:21
• 5. Water pollution and its sources 00:08:14
• 6. Measures to control air pollution 00:05:01
• 7. Soil pollution and its sources 00:07:18
• 8. Measures to control Soil pollution 00:05:59
• 9. Conservation and management of forest 00:05:26
• 10. Conservation and management of sources of water 00:04:00
• 1. Hypotheses on the origin of Earth 00:13:59
• 2. Geological timescale of the Earth 00:07:24
• 3. Important events in different timescales(Phanerozoic eon) 00:08:08
• 4. Important events in Proterozoic and Archaen Eon) 00:03:35
• 5. Evolution of live in different eras 00:11:28
• 6. Fossils and its identification 00:04:47
• 7. Fossilization 00:07:08
• 8. Importance of fossils 00:02:32
• 9. Fossil Fuels 00:02:14
• 10. Coal and its types 00:05:03
• 11. Formation of coal 00:03:19
• 12. Importance of coal 00:02:03
• 13. Mineral oil 00:03:55
• 14. Formation and Importance of Mineral oil 00:04:03
• 1. Layers of Atmosphere 00:08:37
• 2. Ozone layer 00:03:56
• 3. Ozone layer depletion 00:04:56
• 4. Effects of Ozone layer depletion 00:05:06
• 5. Conservation of Ozone layer depletion 00:03:31
• 6. Earth as a Natural greenhouse and disadvantages of green house effect 00:08:30
• 7. Industrial gases and its effects 00:04:46
• 8. Climate change and its effects 00:07:53
• 9. International Practices for mitigation and adaptation of climate change 00:05:11
• 10. National Practices for mitigation and adaptation of climate change 00:05:13
• 11. Greenhouse and its advantages 00:03:11
• 1. Galaxy and its types 00:09:19
• 2. Milkyway Galaxy 00:03:29
• 3. Constellations(Ursa major and Orion) 00:10:07
• 4. Signs of Zodiac 00:06:27
• 5. Importance of Constellations 00:03:29
• 6. The Sun 00:15:11
• 7. The Solar system 00:04:45
• 8. Definition of planets 00:04:46
• 9. Inner and Outer Planets 00:12:53
• 10. Satellites 00:10:05
• 11. Asteroids 00:06:13
• 12. Comets 00:10:21
• 13. Meteoroids, Meteors and Meteorites 00:05:56
• 2074cc
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2075-province 2 re exam
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Requirements
• Students are required to have sound knowledge of Class 9 Science, based on CDC curriculum.
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Description

The videos contained herein are strictly based on the Nepal CDC curriculum, promoting e-Learning for Nepal , and are made with intention to provide guidance to the SEE appearing students . The course tries to cover up all the theories, necessary formula, basic chemical reactions, biological knowledge and geological & astronomical content of
Compulsory Science for class 10, along with solution of frequently asked numerical questions in SEE. We strongly believe that, viewers will be benefited from these videos. Feedbacks and suggestion to improve are always welcome and highly appreciated !

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