Theory and Biological Grade 10 under the textbook program.
Content included:
Introduction to General Introduction to the Living World
Lesson 1: Organizational Levels of the Living World
Lesson 2: Biology
BIO STUDIES
Chapter 1: Cellular Chemistry
Lesson 3: Chemical Elements and Water
Unit 4: Carbohydrates and lipids
Lesson 5: Protest
Lesson 6: Nitric acid
Chapter 2: Cell Structure
Lesson 7: Prokaryotes
Unit 8: Eukaryotic cells
Lesson 9: Nucleus cells 2
Problem 10: Kernel Cells 3
Lesson 11: Transport of substances through the plasma membrane
Lesson 12: Practice of shrinkage and prototype experiments
Chapter 3: Physical and Energy Mobility
Lesson 13: An overview of energy and material transformation
Problem 14: Enzymes and the role of enzymes in the process of physical transformation
Lesson 15: Practice Some Enzyme Experiments
Lesson 16: Cellular respiration
Lesson 17: Photosynthesis
Chapter 4: Distribution
Problem 18: Cell cycle and the process of dissociation
Lesson 19: Decay
Lesson 20: Practice Observe the terms of the root on the roots root
Unit 21: Review of Cell Biology
BIOLOGICAL BIOLOGY
Chapter 1: Material and Energy Transactions in Microorganisms
Lesson 22: Nutrition, metabolism and energy in microorganisms
Problem 23: Synthesis and Degradation of Microorganisms
Lesson 24: Practical fermentation of ithilic and lactic
Chapter 2: Birth And Reproduction Of Microorganisms
Lesson 25: Microbial Growth
Lesson 26: Reproduction of microorganisms
Problem 27: Factors affecting the growth of microorganisms
Lesson 28: Practice Watching some microorganisms
Chapter 3: Viral Infections
Article 29: Structure of viruses
Lesson 30: Viral multiplication in host cells
Lesson 31: Pathogenic viruses, application of viruses in practice
Article 32: Infectious diseases and immunity
Lesson 33: Microbial Ecology
Content included:
Introduction to General Introduction to the Living World
Lesson 1: Organizational Levels of the Living World
Lesson 2: Biology
BIO STUDIES
Chapter 1: Cellular Chemistry
Lesson 3: Chemical Elements and Water
Unit 4: Carbohydrates and lipids
Lesson 5: Protest
Lesson 6: Nitric acid
Chapter 2: Cell Structure
Lesson 7: Prokaryotes
Unit 8: Eukaryotic cells
Lesson 9: Nucleus cells 2
Problem 10: Kernel Cells 3
Lesson 11: Transport of substances through the plasma membrane
Lesson 12: Practice of shrinkage and prototype experiments
Chapter 3: Physical and Energy Mobility
Lesson 13: An overview of energy and material transformation
Problem 14: Enzymes and the role of enzymes in the process of physical transformation
Lesson 15: Practice Some Enzyme Experiments
Lesson 16: Cellular respiration
Lesson 17: Photosynthesis
Chapter 4: Distribution
Problem 18: Cell cycle and the process of dissociation
Lesson 19: Decay
Lesson 20: Practice Observe the terms of the root on the roots root
Unit 21: Review of Cell Biology
BIOLOGICAL BIOLOGY
Chapter 1: Material and Energy Transactions in Microorganisms
Lesson 22: Nutrition, metabolism and energy in microorganisms
Problem 23: Synthesis and Degradation of Microorganisms
Lesson 24: Practical fermentation of ithilic and lactic
Chapter 2: Birth And Reproduction Of Microorganisms
Lesson 25: Microbial Growth
Lesson 26: Reproduction of microorganisms
Problem 27: Factors affecting the growth of microorganisms
Lesson 28: Practice Watching some microorganisms
Chapter 3: Viral Infections
Article 29: Structure of viruses
Lesson 30: Viral multiplication in host cells
Lesson 31: Pathogenic viruses, application of viruses in practice
Article 32: Infectious diseases and immunity
Lesson 33: Microbial Ecology
Show More