Ncert	chemistry	class	11	syllabus	pdf
  NCERT	syllabus	for	class	11	Chemistry	2022-23-	Students	of	class	11	Science	stream	must	know	the	complete	NCERT	syllabus	of	class	11	chemistry.	The	NCERT	syllabus	comprises	all	the	topics,	subtopics,	and	marking	scheme	of	Chemistry	class	11.	Students	can	analyse	the	important	topics	from	the	NCERT	syllabus	for	class	11	Chemistry.
  Resources	-	Concept-oriented	detailed	solutions	for	NCERT	(Class	6	to	12),	Exemplar	(Class	9	to	12)	&	CBSE	Previous	5	year	(Class	10	and	12)	-	For	Maths	and	Science	Access	Now	Knowing	the	NCERT	syllabus	for	class	11	Chemistry	will	help	students	in	preparing	better	for	the	examination.	CBSE	and	other	state	boards	prescribe	the	NCERT
  syllabus	for	class	11	in	their	curriculum.	Students	preparing	for	competitive	exams	such	as	JEE,	NEET,	etc.	must	refer	to	the	NCERT	syllabus	for	class	11	chemistry.	Read	further	to	know	the	detailed	syllabus	along	with	NCERT	Books,	markings	scheme,	etc.	NCERT	chemistry	syllabus	plays	an	important	role	in	the	JEE	Main	syllabus	and	NEET
  syllabus.	Highlights	of	NCERT	Syllabus	for	Class	11	Chemistry	2022-23This	NCERT	syllabus	for	class	11	chemistry	consists	of	14	units	and	chapters	which	need	to	be	studied	for	annual	and	terminal	exams.It	also	provides	an	idea	about	the	selective	and	important	topics	of	the	NCERT	syllabus.Chemistry	is	the	high	weightage	part	of	entrance	exams
  and	scholarship	exams.	Therefore,	students	must	focus	well	on	the	subject	and	study	the	topics	sincerely.NCERT	has	devised	two	books	to	cover	the	entire	11th	class	Chemistry	syllabus.	NCERT	books	are	followed	by	most	of	the	academic	boards	as	it	is.NCERT	Class	11	Chemistry	Syllabus	2022-23	-	Chapter	linksDetailed	NCERT	Syllabus	for	Class	11
  Chemistry	2022-23The	table	below	describes	the	topics-wise	syllabus	of	all	the	chapter	needs	to	study	for	the	exam,	check	it	below:	NCERT	11th	class	Chemistry	SyllabusChapter/Unit	NameTopicsSome	Basic	Concepts	of	ChemistryNature	of	Matter,	Uncertainty	in	Measurement,	Atomic	and	Molecular,	Mole	Concept	and	Molar	Masses,	Laws	of
  Chemical	Combinations,	Percentage	Composition,	Dalton’s	Atomic	Theory,	Stoichiometry	and	Stoichiometric	Calculations,	etc.Structure	of	AtomDiscovery	of	Sub-atomic	Particles,	Atomic	Models,	Developments	Leading	to	the	Bohr’s	Model	of	Atom,	Bohr’s	Model	for	Hydrogen	Atom,	Towards	Quantum	Mechanical	Model	of	the	Atom,	Quantum
  Mechanical	Model	of	Atom,	etc.Classification	of	Elements	and	Periodicity	in	PropertiesGenesis	of	Periodic	Classification,	Configurations	of	Elements	and	the	Periodic	Table,	Modern	Periodic	Law	and	the	present	form	of	the	Periodic	Table,	Nomenclature	of	Elements	with	Atomic	Numbers	>	100,	Electronic,	etc.Chemical	Bonding	and	Molecular
  StructureIonic	or	Electrovalent	Bond,	Bond	Parameters,	VSEPR	Theory,	Valence	Bond	Theory,	Hybridisation,	Molecular	Orbital	Theory,	Bonding	in	Some	Homonuclear	Diatomic	Molecules,	Hydrogen	Bonding,	etc.States	of	Matter:	Gases	and	LiquidsIntermolecular	Forces	vs	Thermal	Interactions,	The	Gaseous	State,	The	Gas	Laws,	Ideal	Gas	Equation,
  Kinetic	Energy	and	Molecular	Speeds,	Kinetic	Molecular,	Theory	of	Gases,	Behaviour	of	Real	Gases,	Liquefaction	of	Gases,	Liquid	State,	etc.ThermodynamicsThermodynamic	Terms,	Applications,	First	law	of	thermodynamics,	Enthalpies	for	Different	Types	of	Reactions,	Spontaneity,	Gibbs	Energy	Change	and	Equilibrium,	etc.EquilibriumEquilibrium	in
  Chemical	and	physical	processes,	Dynamic	Equilibrium,	equilibrium	constant,	Homogeneous	and	Heterogeneous	Equilibria,	Factors	Affecting	Equilibrium,	Ionic	Equilibrium,	Buffer	Solutions,	etc.Redox	ReactionsOxidation	and	Reduction	Reactions,	redox	reactions,	Oxidation	Number,	Redox	Reactions	and	Electrode	Processes,	etc.HydrogenPosition	of
  Hydrogen	in	the	Periodic	Table,	Dihydrogen	-	Preparation	and	Properties,	Hydrides,	Water,	Hydrogen	Peroxide,	Heavy	Water,	etc.The	s	-Block	ElementsGroup	1	and	Group	2	Elements	-	Introduction,	General	Characteristics,	Anomalous	Properties	of	Lithium	and	Beryllium,	Some	Important	Compounds	of	Sodium	and	Calcium,	etc.The	p	-Block
  ElementsGroup	13	Elements	-	The	Boron	Family,	Important	Trends	and	Anomalous	Properties	of	Boron,	Uses	of	Boron	and	Aluminium	and	their	Compounds.Group	14	Elements	-	Carbon	Family,	Important	Trends,	Anomalous	Behaviour	and	Allotropes	of	Carbon,	etc.Organic	Chemistry:	Some	Basic	Principles	and	TechniquesGeneral	Introduction,
  Tetravalence	of	Carbon:	Shapes	of	Organic	Compounds,	Structural	Representations,	Classification	and	Nomenclature	of	Organic	Compounds,	Isomerism,	Methods	of	Purification,	Qualitative	Analysis	and	Quantitative	Analysis	of	Organic	Compounds,	etc.HydrocarbonsClassification,	Alkanes,	Aromatic	Hydrocarbon,	Alkenes,	Carcinogenicity	and
  Toxicity,	Alkynes,	etc.Environmental	ChemistryEnvironmental	Pollution,	Atmospheric	Pollution,	Water	Pollution,	Soil	Pollution,	Industrial	Waste,	Strategies	to	control	Environmental	Pollution,	Green	Chemistry,	etc.Also	read-	NCERT	Exemplar	Class	11th	Chemistry	Important	topics	of	NCERT	Syllabus	for	Class	11	ChemistryChemical	bondingChemical
  ThermodynamicsOrganic	ChemistryStructure	of	AtomReaction	mechanismClick	here	for	complete	NCERT	solution	for	class	11	How	to	download	NCERT	Class	11	Chemistry	Syllabus	2022-23	?Students	can	download	NCERT	class	11	Chemistry	from	the	official	website	of	NCERT.To	ease	students,	we	provided	the	direct	links	to	download	pdf	files	of
  NCERT	class	11	chemistry	syllabus.Candidates	can	download	the	same	using	the	links	given	below.Download	Links	of	NCERT	Syllabus	for	Class	11	ChemistryNCERT	Solutions	for	class	11	ChemistryClass	11	prepares	a	basis	for	class	12	and	for	the	competitive	examinations.	It	is	very	important	for	students	to	solve	the	questions	given	in	the	NCERT’s.
  These	questions	are	also	very	important	for	the	class	11	examinations.	If	you	will	face	any	sort	of	difficulty	in	solving	the	questions,	then	you	can	take	help	from	NCERT	Solutions	for	class	11	chemistry.	Resources	-	300+Hours	of	Concept	wise	Video	Lectures,	Mock	Tests,	Practice	Questions,	Adaptive	Time-Table	-	For	Class	9	and	10	Engineering
  Aspirants	Access	Now	Resources	-	300+Hours	of	Concept	wise	Video	Lectures,	Mock	Tests,	Practice	Questions,	Adaptive	Time-Table	-	For	Class	9	and	10	Medical	Aspirants	Access	Now	Relevant	Links	Syllabus	CBSE	Class	11th	Chemistry	Syllabus	2022-2023	is	available	here	for	downloaded	in	PDF.	This	is	the	revised	syllabus	that	has	been	released
  by	the	Central	Board	of	Secondary	Education	(CBSE)	for	the	current	academic	session.	With	the	help	of	this	syllabus,	students	will	get	to	know	the	prescribed	units	along	with	their	weightage	for	the	CBSE	Class	11	Chemistry	Annual	Exam	2022-2023.	The	board	has	continued	with	the	curtailed	syllabus	therefore	students	must	refer	to	the	syllabus
  while	studying	a	chapter	to	avoid	reading	the	deleted	portion.	Also,	check	the	CBSE	practical	evaluation	scheme	and	experiments	to	be	performed	in	CBSE	Class	11	Chemistry.	Check	CBSE	Class	11	Chemistry	Syllabus	2022-23	below:	Theory	Paper	Time	-	3Hours																																																																																					Total	Marks	-	70	S.No.	UNIT
  PERIODS	MARKS	1.	Some	Basic	Concepts	of	Chemistry	18	7	2.	Structure	of	Atom	20	9	3.	Classification	of	Elements	and	Periodicity	in	Properties	12	6	4.	Chemical	Bonding	and	Molecular	Structure	20	7	5.	Chemical	Thermodynamics	23	9	6.	Equilibrium	20	7	7.	Redox	Reactions	9	4	8.	Organic	Chemistry:	Some	basic	Principles	and	Techniques	20	11	9.
  Hydrocarbons	18	10	TOTAL	160	70	Unit	I:	Some	Basic	Concepts	of	Chemistry	(18	Periods)		General	Introduction:	Importance	and	scope	of	Chemistry.	Nature	of	matter,	laws	of	chemical	combination,	Dalton's	atomic	theory:	concept	of	elements,	atoms	and	molecules.	Atomic	and	molecular	masses,	mole	concept	and	molar	mass,	percentage
  composition,	empirical	and	molecular	formula,	chemical	reactions,	stoichiometry	and	calculations	based	on	stoichiometry.	Unit	II:	Structure	of	Atom	(20	Periods)	Discovery	of	Electron,	Proton	and	Neutron,	atomic	number,	isotopes	and	isobars.	Thomson's	model	and	its	limitations.	Rutherford's	model	and	its	limitations,	Bohr's	model	and	its	limitations,
  concept	of	shells	and	subshells,	dual	nature	of	matter	and	light,	de	Broglie's	relationship,	Heisenberg	uncertainty	principle,	concept	of	orbitals,	quantum	numbers,	shapes	of	s,	p	and	d	orbitals,	rules	for	filling	electrons	in	orbitals	-	Aufbau	principle,	Pauli's	exclusion	principle	and	Hund's	rule,	electronic	configuration	of	atoms,	stability	of	half-filled	and
  completely	filled	orbitals.	Unit	III:	Classification	of	Elements	and	Periodicity	in	Properties	(12	Periods)		Significance	of	classification,	brief	history	of	the	development	of	periodic	table,	modern	periodic	law	and	the	present	form	of	periodic	table,	periodic	trends	in	properties	of	elements	-atomic	radii,	ionic	radii,	inert	gas	radii,	Ionization	enthalpy,
  electron	gain	enthalpy,	electronegativity,	valency.	Nomenclature	of	elements	with	atomic	number	greater	than	100.	Unit	IV:	Chemical	Bonding	and	Molecular	Structure	(20	Periods)		Valence	electrons,	ionic	bond,	covalent	bond,	bond	parameters,	Lewis’s	structure,	polar	character	of	covalent	bond,	covalent	character	of	ionic	bond,	valence	bond
  theory,	resonance,	geometry	of	covalent	molecules,	VSEPR	theory,	concept	of	hybridization,	involving	s,	p	and	d	orbitals	and	shapes	of	some	simple	molecules,	molecular	orbital	theory	of	homonuclear	diatomic	molecules	(qualitative	idea	only),	Hydrogen	bond.	Unit	VI:	Chemical	Thermodynamics	(23	Periods)		Concepts	of	System	and	types	of	systems,
  surroundings,	work,	heat,	energy,	extensive	and	intensive	properties,	state	functions.	First	law	of	thermodynamics	-internal	energy	and	enthalpy,	heat	capacity	and	specific	heat,	measurement	of	ΔU	and	ΔH,	Hess's	law	of	constant	heat	summation,	enthalpy	of	bond	dissociation,	combustion,	formation,	atomization,	sublimation,	phase	transition,
  ionization,	solution	and	dilution.	Second	law	of	Thermodynamics	(brief	introduction)	Introduction	of	entropy	as	a	state	function,	Gibb's	energy	change	for	spontaneous	and	non-	spontaneous	processes,	criteria	for	equilibrium.	Third	law	of	thermodynamics	(brief	introduction).	Unit	VII:	Equilibrium	(20	Periods)		Equilibrium	in	physical	and	chemical
  processes,	dynamic	nature	of	equilibrium,	law	of	mass	action,	equilibrium	constant,	factors	affecting	equilibrium	-	Le	Chatelier's	principle,	ionic	equilibrium-	ionization	of	acids	and	bases,	strong	and	weak	electrolytes,	degree	of	ionization,	ionization	of	poly	basic	acids,	acid	strength,	concept	of	pH,	hydrolysis	of	salts	(elementary	idea),	buffer	solution,
  Henderson	Equation,	solubility	product,	common	ion	effect	(with	illustrative	examples).	Unit	VIII:	Redox	Reactions	(09	Periods)		Concept	of	oxidation	and	reduction,	redox	reactions,	oxidation	number,	balancing	redox	reactions,	in	terms	of	loss	and	gain	of	electrons	and	change	in	oxidation	number,	applications	of	redox	reactions.	Unit	XII:	Organic
  Chemistry	-Some	Basic	Principles	and	Techniques	(20	Periods)	General	introduction,	methods	of	purification,	qualitative	and	quantitative	analysis,	classification	and	IUPAC	nomenclature	of	organic	compounds.	Electronic	displacements	in	a	covalent	bond:	inductive	effect,	electromeric	effect,	resonance	and	hyper	conjugation.	Homolytic	and
  heterolytic	fission	of	a	covalent	bond:	free	radicals,	carbocations,	carbanions,	electrophiles	and	nucleophiles,	types	of	organic	reactions.	Unit	XIII:	Hydrocarbons	(18	Periods)		Classification	of	Hydrocarbons	Aliphatic	Hydrocarbons:	Alkanes	-	Nomenclature,	isomerism,	conformation	(ethane	only),	physical	properties,	chemical	reactions	including	free
  radical	mechanism	of	halogenation,	combustion	and	pyrolysis.	Alkenes	-	Nomenclature,	the	structure	of	double	bond	(ethene),	geometrical	isomerism,	physical	properties,	methods	of	preparation,	chemical	reactions:	addition	of	hydrogen,	halogen,	water,	hydrogen	halides	(Markovnikov's	addition	and	peroxide	effect),	ozonolysis,	oxidation,	mechanism
  of	electrophilic	addition.	Alkynes	-	Nomenclature,	the	structure	of	triple	bond	(ethyne),	physical	properties,	methods	of	preparation,	chemical	reactions:	acidic	character	of	alkynes,	addition	reaction	of	-	hydrogen,	halogens,	hydrogen	halides	and	water.	Aromatic	Hydrocarbons:	Introduction,	IUPAC	nomenclature,	benzene:	resonance,	aromaticity,
  chemical	properties:	mechanism	of	electrophilic	substitution.	Nitration,	sulphonation,	halogenation,	Friedel	Craft's	alkylation	and	acylation,	directive	influence	of	the	functional	group	in	monosubstituted	benzene.	Carcinogenicity	and	toxicity.	3	HOURS/	30	Marks	Evaluation	Scheme	for	Examination	Marks	Volumetric	Analysis	08	Salt	Analysis	08
  Content	Based	Experiment	06	Project	Work	04	Class	record	and	viva	04	Total	30	The	list	of	experiments	and	projects	mentioned	in	the	CBSE	Class	11th	Chemistry	Practical	Syllabus	can	be	downloaded	from	the	links	given	below:	CBSE	Class	11th	Chemistry	Practical	Syllabus	2022-2023	(PDF)	PRESCRIBED	BOOKS:	1.	Chemistry	Part	–	I,	Class-XI,
  Published	by	NCERT.	2.	Chemistry	Part	–	II,	Class-XI,	Published	by	NCERT.	3.	Laboratory	Manual	of	Chemistry,	Class	XI	Published	by	NCERT	4.	Other	related	books	and	manuals	of	NCERT	including	multimedia	and	online	sources	Note:	The	content	indicated	in	NCERT	textbooks	as	excluded	for	the	year	2022-23	is	not	to	be	tested	by	schools.
  Students	may	also	download	the	full	syllabus	in	PDF	from	the	following	link:	Check	CBSE	Class	11	Syllabus	of	All	Subjects	for	2022-2023	Session	(PDF)