what is the weightage of marks according to chapter wise of all subjects of NEET ?

Hi,

Following is the chapter wise weightage of marks  of all subjects of NEET -

Physics :

Physical-world and measurement -2%

Kinematics -3%

Laws of motion - 3%

Work energy and power - 4%

Motion of System of Particles and Rigid Body - 5%

Gravitation - 2%

Properties of bulk matter- 3%

Thermodynamics - 9%

Behaviour of Perfect Gas and Kinetic Theory -3%

Oscillation and waves - 3%

Electrostatic - 9%

Current electricity -8%

Magnetic Effect of Current & Magnetism - 5%

Electromagnetic Induction & Alternating Current- 8%

Electromagnetic waves - 5%

Optics - 10%

Dual nature of matter and radiation - 6%

Atoms and nuclei -3%

Electronic devices -9%

Chemistry -

Basic Concepts of Chemistry -1%

Structure of atoms -2%

Classification of Elements & Periodicity in Properties -2%

Chemical Bonding and Molecular Structure -5%

States of Matter: Gases and Liquids -2%

Thermodynamics -8%

Equilibrium - 6%

Redox reactions- 3%

Hydrogen -

S block elements -2%

Some p block elements -2%

Organic Chemistry: Basic Principles & Techniques -4%

Hydrocarbon - 3%

Environmental chemistry-2%

Solod state -2%

Solution -2%

Electrochemistry-2%

Surface chemistry-2%#

Chemical kinetics- 3%

Isolation of elements- 2%

P block elements -5%

D and f block elements-4%

Coordination compounds-9%

Haloalkanes and Haloarene - 3%

Alcohols, Phenols and Ethers -4%

Aldehydes, Ketones and Carboxylic Acids - 4%

Organic Compounds containing Nitrogen -2%

Biomolecules- 3%

Polymers -3%

Chemistry in everyday life- 2%

Biology -

Diversity of living organism -14%

Structural Organisation in Plants & Animals- 5%

Cell structure and functions - 9%

Plant physiology - 6%

Human physiology -20%

Reproduction -9%

Genetics and evaluation -18%

Biology and human welfare -9%

Biotechnology and its application -4%

Ecology and environment -6%.

Hope you find it  helpful.

• Physical-world and measurement-2%

• Work, Energy and Power-4%

• Thermodynamics-9%

• Behaviour of Perfect Gas and Kinetic Theory-3%

• Electrostatics-8%