A Concept map is a colorful, visual form of representing key concepts covered in a chapter . It can be used as an effective overview , learning and revision tool.

At its heart is a central topic of the chapter . This is then explored by means of branches representing main ideas, which all connect to this central idea. 

Concept maps are metacognitive tools that give students awareness towards the process of learning and allow the representation of knowledge structures in thematic fields

Students:

Brain is the key to effective learning for a student and the more effectively the student uses it, the more successful he/she will be. If the brain of the student is stimulated with correct thinking and effective learning tools, excellent results can be obtained.

 Understanding lists, lines, sequences, letters and numbers is the work of the LEFT BRAIN. While interpreting color, images, rhythms and spatial awareness is the work of the RIGHT BRAIN. Through a Concept Map both Right & Left parts of the brain would be put into effective use.

As a learning strategy,concept mapping stimulates learners' which is very important for better learning. Students can use it as a tool for effective revision of not just the current class chapters but also the topics covered previously.

Teachers:

As a teaching support, concept maps are also helpful, as they permit the establishment of networks of concepts that originate from a central concept in a coherent, structured and integrated manner, guiding the sequence of teaching. Concept maps can also be used by teachers for curriculum planning. Using this instrument means giving a new meaning to education, as well as a new meaning to the concepts of teaching, learning, and assessment of learning.

• Kinematics
• Projectile Motion
• Circular Motion
• Vectors
• Force
• Work Power Energy
• Centre Of Mass
• Law of Conservation of Momentum
• Gravitation
• Rotational Motion
• Simple Harmonic Motion
• Properties of matter and fluid mechanics
• Thermometry
• First Law of Thermo dynamics
• Second law of thermo dynamics
• Sound waves
• Ray optics
• Wave optics
• Electro Statics
• Current Electricity
• Thermal and Magnetic effects of Electric current
• EM Induction & AC circuits
• Nuclear Physics
• EM Waves & Communication Devices
• Semi conductor devices

• Sodium & Potassium
• Boron & Aluminium
• Magnesium & Calcium
• Carbon & Silicon
• Nitrogen & Phosphorus
• Oxygen & Sulphur
• Halogens
• Iron, Copper & Zinc
• Tin, Lead & Silver
• Acidic & Basic Radicals
• Coordination Compounds
• Atomic Structure
• Nuclear Chemistry
• Gaseous State
• Solid State
• Thermodynamics
• Solutions
• Chemical Kinetics
• Ionic Equilibrium
• Electrochemistry
• Surface Chemistry
• Stereo Chemistry
• Alkanes
• Alkenes
• Alkynes
• Arenes
• Alkyl Halides
• Halo-arenes
• Alcohols
• Phenols (Ar-OH)
• Ethers
• Carbonyl Compounds-1
• Carboxylic Acids
• Carboxylic Acids
• Basicity Of Amines
• Acidity Of Carboxylic Acids
• Carbohydrates
• Amino Acids & Peptides
• Polymer Chemistry

• Functional and Graphical Transformations
• Projectile Motion
• Permutations & combinations
• Binomial Theorem
• Straight Lines
• Conic sections
• Circles
• Limits
• Derivatives
• Application Of Derivatives
• Probability
• Sets
• Definite Integration
• Relations
• Parabola
• Ellipse
• Mathematical Induction
• Mathematical Logic
• Inequalities
• Sequence and series
• Theory Of Equation
• Statistics
• Exponential and Logarithm Series
• Inverse Trignometric Functions
• Properties & Solutions of Triangles
• Trignometry
• Hyperbola
• Matrices
• Determinants
• Rectangular Cartesian Coordinates & Locus
• Introduction to 3-D Geometry
• Differential Equations
• Vectors
• Indefinite Integration