Grammar
1.Tenses
2.Passive Voice
3.IndirectSpeech
4.Conditional Sentences
5.Modal Verbs
Composition
1.Dialogue Writing
101 COMMUNICATIVEENGLISH
Unit 1
Unit 2
2.ParagraphandPrecisWriting
3.Report, its importanceandReport Writing
Short Stories
1.TheLuncheon: W.S.Maugham
Unit 3
2.HowMuchLand DoesaManNeed?: Leo Tolstoy
3.TheLastLeaf:O. Henry
Essays
1.On theRuleofthe Road:A.G.Gardiner
2.TheGandhianOutlook:S. Radhakrishnan
3.OurOwnCivilisation:C.E.M. Joad
Poems
1.TheUnknown Citizen:W. H.Auden
Unit 4
Unit 5
2.TheCharacter ofAHappyLife: Sir HenryWotton
3.No Menare Foreign:James Kirkup
4.If: Rudyard Kipling
SuggestedReadings
1.CommunicationSkillsforEngineersand Scientists, Sangeeta SharmaBinod Mishra,PHILearningPvt.Ltd.
2.English forEngineers:MadeEasy, AedaAbidiRitu Chaudhary,CengageLearning,(NewDelhi)
3.A Practical Coursefor DevelopingWritingSkillsin English,J.K. Gangal,PHILearningPvt.Ltd.,New Delhi.
4.IntermediateGrammar,Usage and Composition,Tickoo, A. E.SubramaniamP. R.Subramaniam,OrientLongman (NewDelhi)
5.TheWritten Word , Vandana R. Singh,Oxford UniversityPress(NewDelhi)
6.TheGreat Short StorieseditedbyD.C. Datta,RamNarainLalPublishers(Allahabad)
7.ProfessionalCommunication,Kavita TyagiPadma Misra,PHILearningPvt.Ltd.,New Delhi.
8.“Learn CorrectEnglish:Grammar, Usage andComposition” byShiv K.KumarHemalathaNagarajan, Pearson (New Delhi).
9.“CurrentEnglishGrammar and Usagewith Composition” byR.P. Sinha, Oxford UniversityPress(New Delhi).
10.“Grammar ofthe Modern EnglishLanguage”,bySukhdevSinghBalbirSingh,FoundationBooks(New Delhi).
102 ENGINEERINGMATHEMATICS-I
Unit 1
DifferentialCalculus:Asymptotes(Cartesian Coordinates Only),Curvature(CartesianCoordinatesOnly), Concavity,Convexityand PointofInflexion(CartesianCoordinatesOnly), CurveTracing(Cartesian and StandardPolar Curves-Cardioids,Lemniscates ofBernoulli,Limacon,EquiangularSpiral).
Unit 2
DifferentialCalculus:PartialDifferentiation,Euler’sTheoremon HomogeneousFunctions,Approximate Calculations,MaximaMinimaofTwo and MoreIndependentVariables,Lagrange’s Method ofMultipliers.
Unit 3
IntegralCalculus: Surface and VolumesofSolids of Revolution,DoubleIntegral, DoubleIntegralbychanginginto polarform , AreasVolumes byDoubleIntegration,Change of OrderofIntegration,BetaFunctionandGamma Function (Simple Properties).
Unit 4
DifferentialEquations:Differential EquationsofFirst Order andFirst Degree-LinearForm,Reducible toLinearform, ExactForm,Reducibleto ExactForm,Linear DifferentialEquations ofHigher Order withConstant CoefficientsOnly.
Unit 5
DifferentialEquations:SecondOrder OrdinaryDifferentialEquationswith VariablesCoefficients, HomogeneousandExactForms,Change of DependentVariable, Change ofIndependentVariable, Methodof Variation of Parameters.
SuggestedReadings
1.AdvancedEngineeringMathematics, ErwinKreyszig, Wiley9th Edition.
2.CalculusandAnalyticalGeometry,Thomasand Finney, NarosaPublishingHouse.New Delhi.
3.AText Book of DifferentialEquations, M.RayandChaturvedi,StudentsFriendsCo.Publisher,Agra.
4.Higher EngineeringMathematics,B.V.Ramana,Tata McGraw Hill.
5.ThomasCalculus,MauriceD. Weir, JoelHassandothers, Pearson, 11 th Edition.
Interference oflight
103 ENGINEERINGPHYSICS-I
Unit1
Michelson’sInterferometer:Productionofcircularstraightlinefringes,Determinationofwavelengthoflight,Determinationofwavelengthseparationoftwonearbywavelengths.Newton’sringsandmeasurementofwavelengthoflight.Opticaltechnology:Elementaryideaofanti-reflectioncoatingand interferencefilters.
Polarization of light
Unit2
Planecircularandellipticallypolarizedlightonthebasisofelectric(light)vector,Maluslaw.DoubleRefraction:Qualitativedescriptionofdoublerefractionphaseretardationplates,quarterandhalfwaveplates,construction,workinganduseoftheseinproductionanddetectionofcircularlyandellipticallypolarizedlight.
OpticalActivity:Opticalactivityandlawsofopticalrotation,Specificrotationanditsmeasurementusinghalf-shade and bi-quartzdevices.
Diffraction of light
Unit3
Singleslitdiffraction:Quantitativedescriptionofsingleslit,positionofmaxima/minimaandwidthof central maximum,intensityvariation.
DiffractionGrating:Constructionandtheory,Formation of spectrumbyplanetransmissiongrating,Determinationofwavelength oflightusingplane transmissiongrating.
Resolvingpower: GeometricalSpectral,Raleigh criterion,Resolvingpowerof diffractiongratingand telescope.
Elements of MaterialScience
Unit4
Bonding inSolids:Covalent bondingand Metallic bonding.Classification ofSolidsasInsulators, SemiconductorsandConductors.
Semiconductors: Conductivityin Semiconductors,DeterminationofEnergy gapof Semiconductor.X-RaydiffractionandBragg’sLaw.
Hall Effect: Theory, Hall Coefficientand applications.
Unit5
Special TheoryofRelativity
Postulates of special theoryof relativity,Lorentztransformations, relativityof length, massandtime. Relativistic velocityadditionand mass-energyrelation, Relativistic Energyandmomentum.
SuggestedReadings
1.Fundamental ofOptics, Jenkins andWhite,Fourth Edition, McGraw Hill.
2.Optics, AjoyGhatak,ThirdEdition, Tata McGraw Hill.
3.Concept of ModernPhysics,A.Baiser, Fifth Edition, McGraw Hill.
4.Modern Physics,J.Morrison, Edition 2011, Elsevier.
5.Elements of MaterialScience andEngineering,VanVlack, SixthEdition,Pearson.
104 ENGINEERING CHEMISTRY
Unit 1
GeneralAspectsofFuel:Organicfuels,Origin,classificationandgeneralaspectsoffossilfuels.Solidfuels,Coal,carbonizationofcoal,manufacturingofcokebyBeehiveovenandbyproductovenmethod.Liquidfuels,Compositionofpetroleum,advantagesandrefiningofpetroleum.Cracking,reforming,polymerizationandisomerizationofrefineryproducts.Syntheticpetrol,BergiusandFischerTropschprocess.Knocking,octanenumberandanti-knockingagents.Gaseousfuels,Advantages,manufacturing,composition and calorific value of coal,gasand oil gas.
Unit 2
FuelsAnalyses:Ultimateandproximateanalysisofcoal,Determinationofcalorificvalueofsolidandgaseousfuelsby bombandJunker’sCalorimeterrespectively.CalculationsofcalorificvaluebasedonDulong’sformula.Combustion,requirementofoxygen/airincombustionprocess.FluegasanalysisbyOrsat’sapparatus andits significance.
Unit 3
Polymers:Different methods of classification, basic ideas ofpolymerizationmechanisms.Elastomers:Natural rubber, vulcanization, Synthetic Rubbers viz. Buna-S,Buna-N,Butyl andneoprenerubbers.
NewEngineeringMaterials:Fullerenes:Introduction,properties,preparationanduses. OrganicElectronic Materials (includingconductingpolymers-poly(p-phenylene),polythiophenes,Polyphenylene, vinylenes, polypyroles, polyaniline).
Unit 4
Cement:Definition,Composition,basicconstituents and theirsignificance,Manufacturingof PortlandcementbyRotaryKiln Technology, Chemistryof settingand hardeningofcementand roleofgypsum.
Glass:Definition,Properties,Manufacturingofglass and importance ofannealinginglass making,Typesofsilicateglassesand their commercial uses, Opticalfibergradeglass.
Unit 5
Refractory:Definition,classification,properties, Requisites of goodrefractoryand manufacturingofrefractory.Preparation ofSilicaandfire clayrefractorywith theiruses.Seger’s(Pyrometric) ConeTest and RULTest
Lubricants:Introduction,classificationandusesoflubricants.Types of lubrication. Viscosityviscosityindex, flashandfirepoint, cloud and pour point, steamemulsificationnumber,precipitationnumberandneutralizationnumber.
SuggestedReadings
1.TheChemistryand TechnologyofCoal,byJGSpeigh, CRC Press
2.TheChemistryand TechnologyofPetroleum,byJG Speigh, CRC Press
3.PolymerChemistry:AnIntroduction,Malcolm P. Stevens,Oxford UniversityPress
4.Solid StateChemistryandItsApplications, AnthonyR West, John Wiley& Sons
5.Lubricants andLubrications,TheoMang,Wilfeied,Wiley-VCH
6.HandBookofConjugatedPolymers, Tejre A SkotheimandJ. R.Reynolds, CRC Press
105 BASIC ELECTRICAL & ELECTRONICS ENGINEERING
Unit 1
Basic Concepts of ElectricalEngineering: ElectricCurrent,Electromotiveforce, Electric Power,Ohm’sLaw,Basic Circuit Components, Faraday’sLaw ofElectromagneticInduction,Lenz’sLaw,Kirchhoff’s laws, Network Sources,Resistive Networks,Series-ParallelCircuits, NodeVoltageMethod, MeshCurrentMethod, Superposition,Thevenin’s, Norton’s and MaximumPowerTransferTheorems.
Unit 2
Alternating Quantities:Introduction,Generation ofAC Voltages, Root MeanSquareand AverageValue ofAlternatingCurrents and Voltages,FormFactorandPeakFactor,PhasorRepresentation ofAlternating Quantities,Single PhaseRLCCircuits,Introduction to 3-PhaseAC System.
Unit 3
RotatingElectrical Machines; DCMachines:Principle of Operation ofDCMachineas MotorandGenerator, EMF Equation,Applications of DCMachines.
AC Machines:Principleof Operation of 3-PhaseInductionMotor, 3-PhaseSynchronous Motorand3-Phase SynchronousGenerator(Alternator),Applications of ACMachines.
Unit 4
BasicElectronics: Conduction in Semiconductors,ConductionProperties ofSemiconductorDiodes,Behaviour ofthe PN Junction, PN Junction Diode,ZenerDiode, Photovoltaic Cell,Rectifiers,L, C,L-Cfilters,Bipolar Junction Transistor,Field Effect Transistor,Transistoras an Amplifier.
DigitalElectronics:Booleanalgebra,BinarySystem,Logic Gates and Their TruthTables.
Unit 5
CommunicationSystems:Introduction,IEEE Spectrum forCommunicationSystems,Types ofCommunication,Amplitude and frequencyModulation.
Instrumentation :Introduction to Transducers:Thermocouple, RTD, StrainGauges,Load Cell andBimetallic Strip.
Introductionandclassification ofICs.
SuggestedReadings
1.Electrical andElectronicTechnologybyEdward Hughes et al, Pearson Publication
2.BasicElectricalElectronicsEngineeringbyV. Jagathesan,K. VinodKumar & R. SaravanKumar, WileyIndia.
3.BasicElectricalElectronicsEngineeringbyVanValkenburge,Cengage learningIndian Edition
4.BasicElectricalandElectronics EngineeringbyMuthusubrmaniam, TMH
5.Fundamentals of ElectricalEngineeringby Leonard S. Bobrow,Oxford UniversityPress
6.Fundamentals of Electrical and Electronics EngineeringbyGhosh, Smarajit,PHIIndia
7.BasicElectricalElectronicsEngineeringbyRavishSingh, TMH
8.BasicElectronics EngineeringbyVijayBaruetal,Dream Tech, New Delhi
106 ENGINEERING PHYSICS LAB-I
1.To determine the wave length of monochromatic light with the help ofFresnel’sbiprism.
2.To determine the wave length of sodium lightbyNewton’sRing.
3.To determine the specific rotation of Glucose(Sugar) solution usinga polarimeter.
4.To determine the wave length of prominent lines ofmercurybyplanediffraction gratingwiththe help of spectrometer.
5.To convert a Galvanometer in to anammeterofrange 1.5amp. and calibrate it.
6.To convert a Galvanometer in to a voltmeter of range 1.5 volt and calibrate it.
7.To studythe variation ofa semiconductorresistance with temperature and hence determinethe BandGap of thesemiconductor in the formof reverse biased P-N junction diode.
8.To studythe variation of thermoe.m.f. of ironcopper thermo couple withtemperature.
9.To determine coherent length andcoherent timeof laser usingHe-NeLaser.
107 ENGINEERING CHEMISTRYLAB
1.Proximate analysis ofsolid fuel.
2.Experimentsbased on BombCalorimeter.
3.To determine the strength ofFerrousAmmoniumsulphate solution with the help ofK2Cr2O7 solution.
4.To determine the strength of CuSO4solution with the help of hypo solution.
5.To determine the strength of NaOHand Na2CO3in a givenalkalimixture.
6.Determination ofNa/K/Cabyflame photometer in a givensample.
7.Determination ofturbidityinagivensample.
8.To determine theflash andfire point of a given lubricatingoil.
9.To determine the viscosityofagiven lubricatingoil byRedwood viscometer.
10.To determine cloudand pourpoint of a givenoil.
Electrical lab
108 ELECTRICALAND ELECTRONICSLAB
1.Assemble housewiringincludingearthing for1-phaseenergymeter, MCB, ceilingfan, tubelight,threepin socketand alamp operatedfrom two different positions.Basic functionalstudyof components usedin house wiring.
2.Preparethe connectionof ceilingfanalong with the regulatorand varythe speed.
3.Preparethe connectionof single phaseinduction motor through 1-PhaseAuto-transformer andvarythespeed.
4.Preparethe connectionof three phase squirrelcageinduction motor through 3-PhaseAuto-transformerandvarythespeed.
5.Preparethe connectionof FluorescentLamp, SodiumVapour and HalogenLampandmeasurevoltage, currentandpower in thecircuit.
Electronics lab
1.Identification, testing andapplication ofResistors,Inductors, Capacitors,PN-Diode.ZenerDiode,LED,LCD,BJT, Photo Diode, Photo Transistor,Analog/DigitalMulti- MetresandFunction/SignalGenerator.
2.Measurethe frequency,voltage,current with the help ofCRO.
3.Assemble the single phase half waveand full wave bridgerectifierthe analyseeffect ofL,CandL-Cfilters in rectifiers.
4.StudytheBJT amplifier in commonemitterconfiguration.Measure voltagegain plotgainfrequencyresponse andcalculate its bandwidth.
5.Verifythetruth tableof AND, OR, NOT,NORandNANDgates.
109 PRACTICALGEOMETRY
1.(a)Lines,Lettering& Dimension (Sketch Book)
(b)Scale-representativeFraction, Plan scale, Diagonal Scale, Vernier scales (In sheet)comparative Scale,scaleof chords (Sketch Book)
2.(a) Conic Section:-
Construction ofEllipse, ParabolaHyperbolabydifferent methods (In sheet)
(b)Engineeringcurves:-
Construction of cycloid,Epicycloids, HypocycloidandInvolutes(In sheet)ArchimedeanandLogarithmicspiral, (Sketch book)
3.(a) Type of Projection,Orthographic Projection:FirstAngle and third Angle Projection(Sketch Book)
(b)Projection ofPoints(SketchBook)
(c)Projection of Straightlines,different position of Straightlines, methodsfordeterminingTruelength, trueinclinationsandTraces of straight lines (Four problems in sheetandthree problemsin (Sketch Book)
(d)Projection of Planes:Different positions ofPlanelamina like.:- Regularpolygon,circle threeof planes(Four problemsin Drawingsheetand three problems in SketchBook.)
4.(a) Projection ofSolids:- Projection of rightand regular Polyhedron,Prisms, Pyramidsandcone (Four Problem in Drawingsheetandthere inSketch Book.)
(b)Section ofSolids:- Projection of Frustum ofacone andpyramid,Projectionof TruncatedSolids (like Prism,Pyramid,CylinderandCone)in different positions.
5.(a) Development ofSurfaces:- Parallel lineandRadial linemethod forright,regular solids
(b) IsometricProjections:-Isometric Scales,Isometric Axes,IsometricProjection ofSolids.
SuggestedReadings
1.EngineeringDrawingGeometrical Drawing-P.S.Gill, S.K.Katara Sons.
2.EngineeringDrawing,DhanarajayAJolhe ,TataMcGrawHill.
3.EngineeringDrawing,BasantAgarwalCM Agarwal ,Tata McGraw Hill.
4.EngineeringDrawing,N.D.Bhatt,Charotar PublishingHousePvt.Ltd.
CarpentryShop
1.T–Lap joint
2.Bridle jointFoundryShop
1.Mould of anypattern
110 WORKSHOP PRACTICE
2.Castingof anysimplepatternWeldingShop
1.Gas weldingpractice bystudents on mild steel flat
2.Lap joint bygas welding
3.MMA weldingpracticebystudents
4.Squarebutt joint byMMA welding
5.Lap joint byMMA welding
6.Demonstration ofbrazingMachine Shop Practice
1.Job on lathewith onestep turningandchamferingoperations
2.Job on shaperfor finishingtwosides ofajob
3.Drillingtwo holes ofsize5 and 12 mm diameteron job used / to beused forshaping
4.Grinding a corner of abovejob on benchgrinderFittingand SmithyShop
1.Finishingof twosidesof asquarepiecebyfiling
2.Tin smithyfor makingmechanical joint andsolderingof joint
3.To cut a square notchusinghacksawand to drill three holes on PCD andtappingSuggestedReadings
1.Mechanical Workshop Practice, K.C. John, PHI LearningNewDelhi.
2.Elements of Workshop TechnologyHajraChoudhary,Media Promoters &Publisher.
3.Workshop Technology, W.A.J.Chapman, CBS PublisherDistributor New Delhi.
111 DISCIPLINE & EXTRA CURRICULARACTIVITIES(DECA)
Component – ADiscipline:25 MarksThemarks shall be deducted from this component forthosewhoshallinvolvethemselves in indiscipline/undesirable/Raggingactivities orin case of penaltyof marksimposedbyStanding
DisciplinaryCommittee(SDC) andapprovedbyHead of theInstitutionconcerned subject to amaximum of 25 marks.
Component – BExtraCurricular Activities:25 MarksMarks shall be awardedfortheparticipationofstudentsinvariousExtraCurricularActivities
organisedbythe respectiveinstitutions as perthe following,subject to amaximum of 25 marks.In casestudent does not participateinanyof the ExtraCurricularActivities,he/sheshall be awarded zero(0)marks in DECA-Component B.
(i)NationalCadetCorps(NCC).
(ii)NationalService Scheme (NSS)
(iii)ScoutsGuide
(iv)Sports Activities
(v)LiteraryActivitiesmodel
(vi)CulturalActivities
(vii)PaperPresentation/Participation in NationalConferences/Seminars/Workshops etc.
(viii)BloodDonation
(ix)rticipation in activities of College Annual dayCelebration
(x)Organising/ Participation/ Volunteer in different activities organised bythedepartments/ institute
(xi)Organising/ Participation in activities ofStudentsChaptersof ISTE, IE (I), IEEE,IETE,Vivekanand Kendraetc.
201 COMMUNICATION TECHNIQUES
Unit1
Elements of Communication
1.Communication:Meaning,ImportanceandProcess
2.Objectives of Communication
3.MediaandTypesof Communication
Basics ofCommunication
1.VerbalandNon-VerbalCommunication
Unit2
2.Formal andInformalChannels of Communication
3.Qualities ofGood Communication
Skillsof Communication
1.Barriers to Communication
2.ProfessionalCommunication
Unit3
3.InterpersonalCommunicationand methods to improve it
Unit4
Grammar
1.Subject-Verb Agreement(Concord)
2.LinkingWords (Conjunctions)
3.Relative Clauses
4.Common Errors
Composition
1.Resume Writing
Unit5
2.BusinessLetter Writing:Sales,Credit,Enquiry,Order, Claim, Complaint,Job Applications,etc.
3.E-mailmessages
4.TelephoneEtiquettes
SuggestedReadings
1.CommunicationSkills forEngineersand Scientists,Sangeeta Sharma andBinodMishra,PHILearningPvt.Ltd.(NewDelhi)
2.EnglishGrammar andComposition,GurudasMukherjee, AneBooks Pvt.Ltd.(New Delhi)
3.CurrentEnglishGrammar and Usagewith Composition,R.P.Sinha, Oxford UniversityPress(New Delhi)
4.EffectiveTechnicalCommunication, M AshrafRizvi, Tata McGraw Hill (New Delhi)
5.BusinessCommunication,MeenakshiRamanPrakashSingh,OxfordUniversityPress (NDelhi)
6.ProfessionalCommunication,ArunaKoneru, Tata McGraw Hills, NewDelhi.
7.A Practical Coursefor DevelopingWritingSkillsin English, J.K. Gangal,PHILearningPvt.Ltd.,New Delhi.
8.“Communicative EnglishforEngineersandProfessionals”,byNitin BhatnagarMamtaBhatnagar, Pearson (New Delhi).
9.“TheAceof Soft Skills”, byGopalswamyRameshMahadevan Ramesh,Pearson (NewDelhi)
202 ENGINEERINGMATHEMATICS-II
Unit1
Coordinate Geometryof Three Dimensions: Equationofa sphere,Intersectionofasphere andaplane, tangent plane,Intersectionoftwo spheres,orthogonalityoftwo spheres, Rightcircularcone. Rightcircularcylinder.
Unit2
Matrices:Rank ofamatrix,Rank ofmatrixbyreducingto normalforms,Consistencyof systemsof linear simultaneousequations and its solution,Eigen values andEigen vectors, Cayley-Hamiltontheorem (withoutproof),Diagonalizationofmatrix.
Unit3
Vector Calculus:Scalar and vector field,differentiationintegrationofvector functions,Gradient, Divergence,CurlandDifferential Operator,Line,Surfaceand volumeIntegrals.
Unit4
Application of Vector Calculus:Green’sTheoremin a Plane,Gauss’sand Stoke’s Theorem(withoutproof)and theirApplications.
Fourier Series:Expansionofsimple functions in Fourier Series,halfrangeFourier sine andcosine series,change of interval. HarmonicAnalysis.
Unit5
DifferentialEquations:Series Solutionsof SecondOrderLinear DifferentialEquations withVariable Coefficients(ComplementaryFunctionsonly), PartialDifferentialEquations of FirstOrder :Lagrange’s Form,Standard Forms, Charpit’s Method.
SuggestedReadings
1.AdvancedEngineeringMathematics, ErwinKreyszig, Wiley9th Edition.
2.CalculusandAnalyticalGeometry,Thomasand Finney, NarosaPublishingHouseN.Delhi.
3.AText Book of DifferentialEquations, M.RayandChaturvedi, StudentsFriendsCo.Publisher,Agra.
4.Higher EngineeringMathematics,B.V.Ramana,Tata Mcgra Hill.
5.Mathematics forEngineers, Chandrika Prasad,PrasadMudranalayaAllahabad.
6.Advanced MathematicsforEngineers, Chandrika Prasad,PrasadMudranalayaAllahabad.
203 ENGINEERINGPHYSICS-II
Unit1
QuantumMechanics: Compton effectquantumnatureoflight, Derivationoftime dependentand timeindependentSchrödinger’s WaveEquation, Physical interpretationof wavefunctionand its properties, boundaryconditions,Particle inone-dimensional box.
Unit2
Applications of Schrödinger’sEquation,Particle inthree-dimensionalboxandDegeneracy,Barrier penetrationand tunnel effect, Tunnelingprobability, Alpha Decay,Summerfield’sFreeelectrongas model Postulates, Densityofenergystates, Fermi energylevel.
Unit3
Coherence and OpticalFibres,Spatialand temporalcoherence, Coherencelength, Coherencetime and ‘Q’ factor for light, Visibilityas ameasureof coherence,SpatialCoherence and sizeofthe source, Temporalcoherence andspectralpurity,Optical fiberasopticalwave-guide,Numerical aperture, maximumangle ofacceptance andapplications of OpticalFiber.
Unit 4
Lasers andHolography:Theoryoflaseraction, Einstein’scoefficients,Components ofa laser,Thresholdconditionsfor laser action; Theory,Designandapplicationsof He-Neandsemiconductor lasers; Holographyversus photography,Basic theoryof holography,Basicrequirement ofa holographiclaboratory; Applicationsofholographyin microscopyandinterferometer.
Unit 5
Nuclear Radiation Detectors,Characteristics ofgas filled detectors:generalconsiderations,Constructions, Workingandproperties of:Ionizationchamber, proportionalcounter,G. M.CounterandScintillation Counter.
SuggestedReadings
1.Fundamental ofOptics, Jenkins andWhite,Fourth Edition, McGraw Hill.
2.Optics,AjoyGhatak,ThirdEdition, Tata McGraw Hill.
3.QuantumMechanics,Schiff, ThirdEdition, McGraw Hill.
4.QuantumMechanics,Merzbacher,ThirdEdition, WileyIndia.
5.Nuclear Physics:PrinciplesandApplications, JohnLilley, Wiley India.
204 CHEMISTRY ENVIRONMENTALENGINEERING
Unit1
Water:CommonImpuritiesofwaterHardnessofwater,DeterminationofhardnessbyClark’stestandcomplexometric(EDTA)method,NumericalbasedonhardnessandEDTAmethod,MunicipalWaterSupply:Requisitesofpotablewater,Stepsinvolvedinpurificationofwater,Sedimentation,coagulation,FiltrationandSterilization,Break point chlorination.
Unit2
WaterTreatment:Softeningofwater,Lime-Soda,Permutit(Zeolite)andDeionization(Demineralization)methods,Boilertroublestheircauses,disadvantagesandprevention:Formationofsolids(ScaleandSludge),Carryover(PrimingandFoaming),CorrosionandCaustic,Embrittlement.NumericalproblemsbasedonLime-SodaandZeolitesofteningmethods.
Unit3
BasicsofEnvironment:EnvironmentalPollution,EnvironmentalActsandRegulations,EnvironmentalImpactAssessment(EIA),NecessityandmethodologyofEIA.Renewablesourcesofenergy,PotentialpresentstatusofrenewablesourcesofenergyinIndia.FunctionalconceptsofEcology,Basicsofspecies,Ecosystem,Hydrologicalandchemicalcycles,Energyflowin ecosystems.Biodiversity,population dynamics.
Unit4
AirPollution,NoisePollutionandSolidWasteManagement:AirPollution,HarmfuleffectsofAirPollution,ControlofAirPollution.NoisePollution,Harmfuleffectsofnoisepollution,controlofnoisepollution.Globalwarming,Acidrain,Ozonedepletion.SolidWasteManagement,Classificationofsolidwaste,Collection,transportation,treatment,anddisposalofsolid waste. Economic recoveryofsolid waste. Sanitarylandfill, on site sanitation.
Unit5
WaterPollution:Waterpollution,Harmfuleffectsofwaterpollution,controlofwaterpollution.Wastewatermanagement,Treatmentdisposalofwastewater.Reuseandsavinginuseofwater, rain water harvesting.
Corrosion:Definitionanditssignificance.MechanismsofChemical(Dry)andElectrochemical(Wet)corrosion.Protectionfromcorrosion,Protectivecoatings,cathodicprotection,sacrificialanodeandmodificationin designs.
SuggestedReadings
1.Chemistryofwatertreatment,SamuelFaustOsman M Aly, CRCPress
2.Boilers watertreatment.PrinciplesandPractice,Colin Frayne, CRCPress
3.CorrosionUnderstandingtheBasic, byJosephR Davis, ASMInternational
4.Atmosphericpollution, byWBuch , Tata McGraw Hill(TMH)
5.IntroductiontoEnvironmentalScience,byGTylerMillerandScottSpoolman,CengageLearning.
6.IntroductiontoEnvironmentalEngineering,byMackenzieLDavisandDavidACornwell,Tata McGraw Hill(TMH)
205 ENGINEERINGMECHANICS
Unit1
StaticsOfParticlesandRigidBodies:Fundamentallawsofmechanics,Principleoftransmissibility,Systemofforces,Resultantforce,Resolutionofforce,MomentandCouples,Varignon'sTheorem,Resolution ofaforceinto aforceand acouple, Freebodydiagram,Equilibrium,Conditionsforequilibrium,Lami'stheorem.Virtualwork:PrincipleofVirtualWork, Active forcesandactive force diagram.
Unit2
CentroidMomentofInertia:Locationofcentroidandcenterofgravity,Momentofinertia,Parallelaxisandperpendicularaxistheorem,Radiusofgyration,M.I ofcompositesection,Polarmomentofinertia,M.I ofsolidbodies.LiftingMachines:Mechanicaladvantage,Velocity Ratio,Efficiencyofmachine,Idealmachine,Idealeffortandidealload,Reversibilityofmachine,Lawofmachine,Liftingmachines;SystemofPulleys,Simplewheelandaxle,Wheelanddifferentialaxle,Weston’s differentialpulleyblock,Wormand wormwheel,Singlepurchasewinchcrab.
Unit3
Friction:Types ofFriction,Laws of friction,Angle of friction,Angleofrepose,Ladder, Wedge,BeltFriction.BeltDrive:Typesofbelts,Typesofbeltdrives,Velocityratio,EffectofsliponVelocityratio,Lengthofbelt,Ratio oftensions andpower transmissionbyflatbeltdrives.
Unit4
Kinematics of Particlesand RigidBodies:Velocity,Acceleration,Types of Motion, Equations ofMotion,Rectangularcomponentsofvelocityandacceleration,AngularvelocityandAngularacceleration,Radialandtransversevelocitiesandaccelerations,ProjectilesmotiononplaneandInclinedPlane,RelativeMotion.KineticsofParticlesandRigidBodies:Newton'slaws,Equationofmotioninrectangularcoordinate,radialandtransversecomponents,Equationofmotionin planeforarigid body,D'Alembertprinciple.
Unit5
Work, EnergyandPower:Work ofa force,weight, springforceandcouple,Power, Efficiency,Energy,Kineticenergyofrigidbody,Principleofworkandenergy,ConservativeandNon-conservative Force, Conservation of energy. Impulse and Momentum: Linear and angularmomentum,Linearandangularimpulse,Principleofmomentumforaparticleandrigidbody,Principleoflinearimpulseandmomentumforaparticleandrigidbody,PrincipleofangularmomentumandImpulse,Conservation of angularmomentum,Angular momentum of rigidbody.
SuggestedReadings
1.Vector MechanicsforEngineers,Beer and Johnston, Tata McGraw-Hill.
2.EngineeringMechanics,Hibbeler, Pearson Education.
3.EngineeringMechanics,MeriamandKraige, John WileySons.
4.EngineeringMechanics,TimoshenkoandYoung, Tata McGraw-Hill.
5.EngineeringMechanics,Shames,Pearson Education.
6.EngineeringMechanics,BoresiandSchmidt,CL-Engineering.
7.EngineeringMechanics, Andrew Pytel & Kiusalas, CengageLearning.
206 FUNDAMENTALOFCOMPUTER PROGRAMMING
UNIT– 1
ProgramminginC:StructureofCProgram,ConceptofPreprocessor,MacroSubstitution,Intermediatecode,ObjectCode,ExecutableCode.CompilationProcess,BasicDatatypes,Importanceofbraces({})inCProgram,enumerateddatatype,Identifiers,ScopeofVariable,StorageClass,Constants,OperatorsExpressionsinC,TypeCasting,printf()andscanf()with format specifires,readingsingle character.
UNIT– 2
ControlStatements,CommandLineArguments,ArraysinC,Pointers,Usingpointerstorepresentarrays,Pointeraddressarithmetic.Structures, usingtypedef.
UNIT– 3
ArraysofStructurespointers,FileHandling(fscanf,fprintf,feof,fopen,fclose,fread,fwriteonly). DynamicmemoryAllocation.
UNIT– 4
FunctionsinC,PassingParameters(ByvalueReference),usingreturneddata,Passingarrays,structures,arrayofstructures,pointertostructuresetc.,passingcharactersandstrings,Thevoidpointer.
UNIT– 5
StoredProgramArchitecture of Computers,StorageDevice- PrimaryMemoryand SecondaryStorage, Random, Direct,Sequentialaccess methods. Concept of High-Level, AssemblyandLowLevelprogramminglanguages. RepresentingAlgorithmsthrough flow chart, pseudocode,stepbystep.NumberSystem:DataRepresentation,Conceptofradixandrepresentationofnumbersinradixrwithspecialcasesofr=2,8,10and16withconversionfromradixr1toradixr2. r’sand(r-1)’s complement,Representationofalphabets.
SuggestedReadings
1.Ritchie Kernighan,TheC Programming language, 2nd Ed., PHI.
2.Dey& Ghosh, ComputerFundamentalsandprogrammingin C, Oxford.
3.Kamthane,Programming in C, 2nd Ed., Pearson.
4.Schildt, TheCompleteReference, 4th Ed.,TMH.
5.Balaguruswamy,Programming in ANSIC, 5th Ed.,TMH.
6.V.Rajaraman,Fundamentalsof Computers, 5th Ed.PHI, 2011.
7.Forouzanet.al, Computer Science, 3rdEd. CenageLearning.
207 ENGINEERING PHYSICS LAB-II
1.To determine the height of watertankwith the help of aSextant.
2.To determine the dispersivepower ofmaterial of aPrism forViolet Red andyellowcoloursofMercurylight with thehelp of aspectrometer.
3.To measuretheNumerical Apertureofan Optical Fibre.
4.To determinethe ferromagneticconstants retentivity,permeabilityand susceptibilitybytracingB-H curveusingC.R.O.
5.To studythe Charge Discharge of acondenser andhencedeterminetime constant(Bothcurrentandvoltagegraphsare to be plotted.
6.To determine the high resistance bymethod ofleakage, usinga Ballisticgalvanometer.
7.To verifythe expression forthe resolvingpower ofa Telescope.
8.To determine the specificresistance of thematerial ofawirebyCareyFostersbridge.
9.To determine the specificresistance of thematerial of awirebyCareyFostersbridge.