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Concepts of physical quantities, Vectors & Coordinate system
Topic 1.1
Atom – Relative atomic mass
Biology and Major Fields of Specialization
Quadratic Equations (Exercise No. 4.1 complete)
Addition of Vectors, Resultant vector, Head to tail rule, Vector subtraction
Topic 1.2
Isotopes – Mass spectrometry
Levels of Organization
Multiplication of a vector by scalar, unit vector, null vector, equal vectors
Topic 1.3
Av. Atomic Mass, Example 1, Exercise numerical Q 6,7
Levels of Organization, Living World in Space, Living World in Time
Quadratic Equations(Exercise No. 4.2 Q. 11 — 24)
Rectangular components of a vector, determination of a vector from its rectangular components, position vector
Topic 1.4
Analysis of compound
(Ex; 2 Q. 14, 15)
Phyletic Lineage & Biological method of study
Quadratic Equations(Exercise No. 4.3 Q. 1 — 6)
Vector addition by Rectangular components
Topic 1.5
Empirical Formula & combustion analysis
(Ex 3,4) (Q 16)
Biology & Service of Mankind, Food Production
Quadratic Equations(Exercise No. 4.3 Q. 7 — 12)
Product of two vectors, scalar product
Molecular Formula
(Ex 7) (Q 17)
Disease control, protection & conservation of environment
Quadratic Equations(Exercise No. 4.4 Q. 1 — 4)
Vector Product
Concept of Mole
Biological Molecules
Quadratic Equations(Exercise No. 4.4 Q. 5 — 8)
Torque and torque for a rigid body
Avogadro Number and Molar Volume
Importance of Water
Quadratic Equations(Exercise No. 4.5 Q. 1– 9)
Equilibrium of Forces
Exercise Qs 10, 11, 13
Carbohydrates MonoSaccharides
Quadratic Equations(Exercise 4.5 Q 10 – 16)
Short Questions 2.1 to 2.11
Stoichiometry
Oligosaccharides and their structure and function
Quadratic EquationsExercise 4.6 (Q 1-5)
Short Questions 2.12 to 2.21
Limiting Reactant
Structure and Functions of Lipids
Quadratic EquationsExercise 4.6 (Q 6-9)
Motion and Force Displacement, Velocity, Acceleration
Yield
Types of Lipids
Quadratic EquationsExercise 4.7 Part I