Basic Science Syllabus (MSBTE)

11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 : Architecture Assistantship/ Automobile Engineering./ Artificial Intelligence...

11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 : Architecture Assistantship/ Automobile Engineering./ Artificial Intelligence/ Agricultural Engineering/ Artificial Intelligence and Machine Learning/ Automation and Robotics/ Architecture/ Cloud Computing and Big Data/ Civil Engineering/ Chemical Engineering/ Computer Technology/ Computer Engineering/ Civil & Rural Engineering/ Construction Technology/ Computer Science & Engineering/ Fashion & Clothing Technology/ Digital Electronics/ Data Sciences/ Electrical Engineering/ Electronics & Tele- communication Engg./ Programme Name/s Electrical Power System/ Electronics & Communication Engg./ Electronics Engineering/ Food Technology/ Computer Hardware & Maintenance/ Instrumentation & Control/ Industrial Electronics/ Information Technology/ Computer Science & Information Technology/ Instrumentation/ Interior Design & Decoration/ Interior Design/ Civil & Environmental Engineering/ Mechanical Engineering/ Mechatronics/ Medical Electronics/ Production Engineering/ Printing Technology/ Polymer Technology/ Textile Technology/ Electronics & Computer Engg./ Textile Manufactures : AA/ AE/ AI/ AL/ AN/ AO/ AT/ BD/ CE/ CH/ CM/ CO/ CR/ CS/ CW/ DC/ DE/ DS/ Programme Code EE/ EJ/ EP/ ET/ EX/ FC/ HA/ IC/ IE/ IF/ IH/ IS/ IX/ IZ/ LE/ ME/ MK/ MU/ PG/ PN/ PO/ TC/ TE/ TX Semester : First Course Title : BASIC SCIENCE Course Code : 311305 I. RATIONALE Diploma engineers have to deal with various materials and machines. This course is designed with fundamental information to help the diploma engineering students to apply the basic concepts and principles of physics and chemistry to solve broad- based engineering problems. The basic concepts and principles of sciences related to heat, electricity, magnetism, optics, semiconductors, engineering materials will help in understanding the technology courses where emphasis is on the applications of these in various technology domain applications II. INDUSTRY / EMPLOYER EXPECTED OUTCOME This course is to be taught and implemented with the aim to develop in the student, the course outcomes (COs) leading to the attainment of following industry identified outcome expected from this course: Apply principles of physics and chemistry to solve broad based relevant engineering problems. III. COURSE LEVEL LEARNING OUTCOMES (COS) Students will be able to achieve & demonstrate the following COs on completion of course based learning CO1 - Use basic instruments to measure the physical quantities in various engineering situations. CO2 - Apply the basic principles of electromagnetics to solve given engineering problems. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 1/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 CO3 - Apply basic principles of thermometry and fibre optics to solve engineering problems. CO4 - Predict the structure, properties and behaviour of molecules and compounds based on the types of chemical bond. CO5 - Apply the concepts of electrochemistry and corrosion preventive measures in industry. CO6 - Use the appropriate engineering material and catalyst appropriately. IV. TEACHING-LEARNING & ASSESSMENT SCHEME Learning Scheme Assessment Scheme Actual Based on LL & Contact Based on Theory TL Course Course Hrs./Week SL Course Title Abbr Credits Paper Total Code Category/s SLH NLH Practical Duration Marks FA- SA- CL TL LL Total FA-PR SA-PR SLA TH TH Max Max Max Min Max Min Max Min Max Min BASIC 311305 BSC DSC 4 - 4 2 10 5 1.5 30 70*# 100 40 50 20 50@ 20 50 20 250 SCIENCE Total IKS Hrs for Sem. : 4 Hrs Abbreviations: CL- ClassRoom Learning , TL- Tutorial Learning, LL-Laboratory Learning, SLH-Self Learning Hours, NLH-Notional Learning Hours, FA - Formative Assessment, SA -Summative assessment, IKS - Indian Knowledge System, SLA - Self Learning Assessment Legends: @ Internal Assessment, # External Assessment, *# On Line Examination , @$ Internal Online Examination Note : 1. FA-TH represents average of two class tests of 30 marks each conducted during the semester. 2. If candidate is not securing minimum passing marks in FA-PR of any course then the candidate shall be declared as "Detained" in that semester. 3. If candidate is not securing minimum passing marks in SLA of any course then the candidate shall be declared as fail and will have to repeat and resubmit SLA work. 4. Notional Learning hours for the semester are (CL+LL+TL+SL)hrs.* 15 Weeks 5. 1 credit is equivalent to 30 Notional hrs. 6. * Self learning hours shall not be reflected in the Time Table. 7. * Self learning includes micro project / assignment / other activities. ♦ Candidate remaining absent in practical examination of any one part of Basic Science course i.e. Physics,Chemistry will be declare as Absent in Mark List and has to appear for examination. The marks of the part for which candidate was present will not be processed or carried forward. V. THEORY LEARNING OUTCOMES AND ALIGNED COURSE CONTENT Theory Learning Learning content mapped with Theory Suggested Learning Sr.No Outcomes (TLO's)aligned Learning Outcomes (TLO's) and CO's. Pedagogies. to CO's. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 2/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Theory Learning Learning content mapped with Theory Suggested Learning Sr.No Outcomes (TLO's)aligned Learning Outcomes (TLO's) and CO's. Pedagogies. to CO's. TLO 1.1 Explain physical quantities and its types with examples. TLO 1.2 Differentiate Unit - I Units and Measurements between scalar and vector 1.1 Unit, physical quantities: fundamental and quantities with examples. derived quantities and their units Systems of TLO 1.3 Apply units: CGS, MKS and SI. dimensional analysis to 1.2 Scalar and Vector Physical Quantities. check correctness of 1.3 Dimensions, dimensional formula equation and conversion of ,Applications of dimensional analysis; correctness units in different systems. of physical equations ,conversion factor for Chalk and board Improved TLO 1.4 Estimate the interconversion of units in different systems of lecture, Tutorial 1 errors in the measurement units. Assignment for the give problem. 1.4 Errors, types of errors: instrumental, Demonstration TLO 1.5 Explain the systematic and random error, estimation of errors: working of ancient absolute, relative and percentage error, significant astronomical instruments figures. to measure distance , time 1.5 Ancient astronomical instruments:Chakra, and hour angle. Dhanuryatra , Yasti and Phalaka yantra. TLO 1.6 Explain the 1.6 Applications of Vernier calipers , Screw gauge procedure of measuring the. dimension of a given object by using vernier calipers and screw gauge. TLO 2.1 Explain electric Unit - II Electricity, Magnetism and field, potential and Semiconductors potential difference. 2.1 Concept of charge, Coulomb's inverse square TLO 2.2 Explain magnetic law, Electric field, Electric field intensity, intensity and flux with potential and potential difference. their units. 2.2 Magnetic field and magnetic field intensity TLO 2.3 Apply laws of and its units, magnetic lines of force, magnetic series and parallel flux. combination to the given 2.3 Electric current, Ohm's law, specific Chalk and board Improved electrical circuits.Explain resistance, laws of series and parallel combination lecture, Tutorial 2 the heating effect of of resistance, conversion of galvanometer into Assignment electric current. ammeter and voltmeter, Heating effect of electric Demonstration TLO 2.4 Distinguish current. Educational Games between conductors, 2.4 Conductors, Insulators and Semiconductors, semiconductors and Energy bands, intrinsic and extrinsic insulators on the basis of semiconductors, minority and majority charge energy bands. carriers. TLO 2.5 Explain the I-V 2.5 p-n junction diode, Depletion layer I-V characteristics and characteristics of p-n junction, static and dynamic applications of p-n junction resistance, applications of p-n junction diode ,: diode. Half wave rectifier. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 3/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Theory Learning Learning content mapped with Theory Suggested Learning Sr.No Outcomes (TLO's)aligned Learning Outcomes (TLO's) and CO's. Pedagogies. to CO's. TLO 3.1 Convert temperature in different Unit - III Thermometry and Fiber Optics temperature scales. 3.1 Heat, temperature, temperature scale: Degree TLO 3.2 Compare different Celsius, degree Kelvin, degree Fahrenheit. modes of heat transfer with 3.2 Modes of heat transfer: Conduction , examples. Convection and Radiation , Applications in daily TLO 3.3 Inter-relate the life. Chalk and board Improved characteristics of the three 3.3 Boyle’s law, Charle’s law, Gay Lussac’s law, lecture, Tutorial gas laws. perfect gas statements equations and simple Assignment 3 TLO 3.4 Inter-relate the numerical. Demonstration Flip characteristics of the three 3.4 Law of thermal conductivity ,Newton's law of classroom Educational gas laws. cooling. Games TLO 3.5 Explain total 3.5 Law of refraction, total internal reflection. internal reflection in 3.6 Optical fibber: Principle, construction and optical fiber. working Types of Optical fibers;Single mode step TLO 3.6 Differentiate index, Multimode step index, Multimode graded between types optical index Applications of optical fibers. fibber with applications. Unit - IV Chemical bonding TLO 4.1 Explain the 4.1 Indian Chemistry:-Philosophy of atom by properties of given Acharya Kanad. material based on the bond 4.2 Electronic theory of valency: Assumptions , formation. Chemical bonds: Types and characteristics of TLO 4.2 Describe the electrovalent bond, covalent bond, coordinate molecular structure of bond, hydrogen bond, metallic bond and Simulation, Model given solid, liquid and 4 Intermolecular forces of attraction. Display, Demonstration gases. 4.3 Molecular arrangement in solid, liquid and Chalk and board , PPT, ect TLO 4.3 Describe the gases. crystal structure of the 4.4 Structure of solids: crystalline and amorphous given solids. solids ,Properties of metallic solid, Unit cell: TLO 4.4 Explain simple cubic, body center cubic (BCC) , face Properties of metallic centre cubic (FCC), hexagonal close pack solid. crystals. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 4/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Theory Learning Learning content mapped with Theory Suggested Learning Sr.No Outcomes (TLO's)aligned Learning Outcomes (TLO's) and CO's. Pedagogies. to CO's. Unit - V Electro chemistry and Metal Corrosion, its prevent ion 5.1 Electrolyte- Types of electrolyte, ionization TLO 5.1 Describe and dissociation ,Cathode, Anode, Electrode mechanism of electrolysis potential: oxidation and reduction, Mechanism of of CuSO4 solution by electrolysis :Electrolysis, Electrochemical series using cu and pt rods for cations and anions. Mechanism of electrolysis TLO 5.2 Solve numerical of CuSO4 solution based on Faraday’s first 5.2 Faraday’s laws of electrolysis: Faraday’s first and second law of and second law, relation between electrochemical electrolysis. equivalent and chemical equivalent, Numerical. TLO 5.3 Distinguish Applications of electrolysis: Electro-refining of Simulation, between primary and copper and Electroplating. Demonstration, Flipped secondary cell 5.3 Difference between primary and secondary Classroom, Collaborative 5 TLO 5.4 Describe the cell. Learning, Case Study, On- phenomenon of the given 5.4 Corrosion: Definition and Types of corrosion site/Industrial Visit ,chalk type of corrosion and its Dry corrosion: Mechanism, Types of oxide film, and board etc. prevention. Wet corrosion :Mechanism hydrogen evolution in TLO 5.5 Identify the acidic medium, oxygen absorption in neutral or different factors affecting alkaline medium ,Galvanic cell action by Daniel rate of corrosion for the cell. given type of material. 5.5 Factors affecting the rate of corrosion. TLO 5.6 Select the 5.6 Corrosion control: Modification of protective measures to environment, Use of protective coatings, coating prevent the corrosion in the of less active metal like Tin (Tinning), coating of given corrosive medium. more active metal like Zinc (Galvanizing), Anodic and cathodic protection, Choice of material-using pure metal and using metal alloy MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 5/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Theory Learning Learning content mapped with Theory Suggested Learning Sr.No Outcomes (TLO's)aligned Learning Outcomes (TLO's) and CO's. Pedagogies. to CO's. TLO 6.1 Identify the Unit - VI Engineering Materials and Catalysis ingredients of the given 6.1 Paints: Purposes of applying paint, paints. Characteristics of paints, Ingredients of paints, TLO 6.2 List out salient Function and examples of each ingredient. properties of the given 6.2 Varnish: Types, Difference between paint and paint and varnish. varnishes. TLO 6.3 Describe the 6.3 Insulators: Characteristics, properties of insulating Classification,Properties and Application of Glass materials for the given wool Thermocol. application. 6.4 Polymer and Monomer : Classification on the TLO 6.4 Differentiate the basis of Molecular structure, on the basis of given types of structural monomers (homo polymer and copolymer), on the polymers. basis of Thermal behavior(Thermoplastics and TLO 6.5 Describe the Simulation, Thermosetting). polymerization process of Demonstration, On-site 6 6.5 Types Polymerization Reaction, Addition the given polymer. Visit ,Chalk and Board, Polymerization, Condensation Polymerization, TLO 6.6 Explain the etc. Synthesis, properties and application of properties and uses of the Polyethylene, Polyvinyl chloride, Teflon, given polymer, elastomer Polystyrene, Phenol formaldehyde, Epoxy Resin. and adhesive. 6.6 Adhesives: Characteristics, Classification and TLO 6.7 Describe the their uses application of relevant 6.7 Lubricants: Classification, properties and adhesives required for the Applications. given material. 6.8 Catalysis: Types of catalysis homocatalysis TLO 6.8 Suggest the ,heterocatalysis. lubricant for various types 6.9 Catalyst: Types of Catalyst Positive, Negative of machines in industry. and Auto-catalyst, Catalytic Promoter and TLO 6.9 Select the Catalytic inhibitor, Industrial application of relevant catalyst for given catalyst. application. VI. LABORATORY LEARNING OUTCOME AND ALIGNED PRACTICAL / TUTORIAL EXPERIENCES. Practical / Tutorial / Laboratory Learning Sr Laboratory Experiment / Practical Number Relevant Outcome (LLO) No Titles / Tutorial Titles of hrs. COs LLO 1.1 Use Vernier caliper to : Measure dimensions of given objects. Measure the Measurements of dimensions of given 1 2 CO1 dimensions of objects of known dimensions. object by Vernier caliper. LLO 1.2 Estimate the errors in measurement. LLO 2.1 Use Micrometer Screw gauge to: Measure dimensions of given objects. Measure Measurements of dimensions of given the dimensions of objects of known 2 2 CO1 objects by micrometer screw gauge. dimensions. LLO 2.2 Estimate the errors in measurement. LLO 3.1 Apply Ohm’s law to solve circuit Determination of resistance by Ohm’s 3 2 CO2 problems. law. LLO 4.1 Determine the specific resistance of Determination of specific resistance of 4 2 CO2 given wire. given wire. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 6/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Practical / Tutorial / Laboratory Learning Sr Laboratory Experiment / Practical Number Relevant Outcome (LLO) No Titles / Tutorial Titles of hrs. COs LLO 5.1 Verify law of series connection of Determination of equivalent resistance 5 2 CO2 resistors. in series connection of resistors. LLO 6.1 Verify law of parallel connection of Determination of equivalent resistance 6 2 CO2 resistors. in parallel connection of resistors. LLO 7.1 Use magnetic compass to draw the Determination of neutral points by magnetic lines of forces of magnet of different 7 2 CO2 magnetic compass. shapes and determine neutral points. LLO 8.1 Use P -N junction diode to draw forward bias and reverse bias I-V Determination of static and dynamic characteristics 8 2 CO2 resistance of given P N junction diode. LLO 8.2 Find out static and dynamic resistance of given P N junction diode LLO 9.1 Determine forbidden energy band gap Determination of forbidden energy 9 2 CO2 in semiconductors band gap in semiconductors. LLO 10.1 Use Joule’s calorimeter to determine Determination of Joule’s mechanical 10 2 CO3 Joule’s mechanical equivalent of heat equivalent of heat by Joule’s law. LLO 11.1 Determine the pressure-volume Determination of pressure-volume 11 2 CO3 relation using Boyle’s law relation using Boyle’s law. LLO 12.1 Use Newton”s law of cooling to Determination of the rate of heat loss determine the rate of heat loss due to 12 due to convection by Newton's law of 2 CO3 convection phenomena cooling. LLO 13.1 Use Searle’s thermal conductivity Determination of Coefficient of apparatus to find coefficient of thermal 13 2 CO3 thermal conductivity. conductivity of given material ( Virtual Lab ) LLO 14.1 Determine the refractive index of Determination of the refractive index 14 2 CO3 glass slab using TIR phenomenon. of glass slab. Determination of the Numerical LLO 15.1 Determine the Numerical Aperture 15 Aperture (NA) of a given step index 2 CO3 (NA) of a given step index optical fibre optical fiber. LLO 16.1 Identify cation in given ionic Identification of cation in given ionic 16 2 CO4 solutions by performing selective test solutions. LLO 17.1 Identify anion in given ionic Identification of anion in given ionic 17 2 CO4 solutions by performing selective test solutions. LLO 18.1 Identify states of matter of materials by using simulation. by Appling heating and 18 Identification of states of matter. 2 CO4 cooling Techniques. LLO 18.2 Relate temperature-pressure diagram LLO 19.1 Determine the electrode potential of copper metal. by setting Electrochemical Cell LLO 19.2 Measure electrode potential of Cu Determination of electrode potential of 19 2 CO5 Using Voltmeter. copper. LLO 19.3 Measure the cell potential for various conditions. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 7/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Practical / Tutorial / Laboratory Learning Sr Laboratory Experiment / Practical Number Relevant Outcome (LLO) No Titles / Tutorial Titles of hrs. COs LLO 20.1 Determine the electrode potential of Iron metal. by setting Electrochemical Cell LLO 20.2 Measure electrode potential of Fe Determination of electrode potential of 20 2 CO5 Using Voltmeter Iron metal. LLO 20.3 Measure the cell potential for various conditions. LLO 21.1 Determine the voltage generated from chemical reaction using Daniel Cell. Determination of the voltage generated LLO 21.2 Set up Daniel Cell. Prepare 21 from chemical reaction using Daniel 2 CO5 Electrolyte Solution Cell. LLO 21.3 Measure voltage accurately LLO 22.1 Prepare Electrolyte Solution of CuSO 4 of known concentration LLO 22.2 Set up electrolysis apparatus Determination of electrochemical LLO 22.3 Control various parameters of 22 equivalent of Cu metal using 2 CO5 electrolysis. Faraday’s first law. LLO 22.4 Determine electrochemical equivalent of Cu metal using Faraday’s first law. LLO 23.1 Prepare Electrolyte Solution of the given metal of known concentration LLO 23.2 Set up electrolysis apparatus LLO 23.3 Control various parameters of Determination of equivalent weight of 23 2 CO5 electrolysis metal using Faraday’s second law. LLO 23.4 Analyze the data obtained from the experiment. LLO 23.5 Verify Faraday second law LLO 24.1 Prepare corrosive solutions Preparation of corrosive medium for 24 2 CO5 LLO 24.2 Determine the extent of corrosion. Aluminium at different temperature. LLO 25.1 Prepare corrosive solutions. LLO 25.2 Determine the extent of corrosion Determination of rate of corrosion at 25 2 CO5 LLO 25.3 Compare the corrosion behaviour of different temperatures for Aluminium. Aluminum at different temperatures. LLO 26.1 Determine the effect of temperature Determination of effect of temperature on viscosity for given lubricating oil using 26 on viscosity for given lubricating oil 2 CO6 Redwood viscometer- using Redwood viscometer-I. LLO 27.1 Determine the steam emulsification Determination of the steam number of given lubricating oil. 27 emulsification number of given 2 CO6 LLO 27.2 Measure the steam flow duration lubricating oil. LLO 28.1 Calculate the flash and fire point of Determination of flash and fire point given lubricating oils using Cleveland open 28 of given lubricating oils using 2 CO6 cup apparatus Cleveland open cup apparatus. LLO 29.1 Determine the flash point of given Determination of flash point of given lubricating oil using Abel’s closed cup 29 lubricating oil using Abel's closed cup 2 CO6 apparatus. apparatus. LLO 30.1 Determine thinner content in oil Determination of thinner content in oil 30 2 CO6 paint. using electric oven paint. MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 8/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Practical / Tutorial / Laboratory Learning Sr Laboratory Experiment / Practical Number Relevant Outcome (LLO) No Titles / Tutorial Titles of hrs. COs Note : out of above suggestive LLOs - Minimum 12 for 2 LL Hrs./Week or 24 for 4 LL hrs./Week are to be Performed. '*' Marked Practicals (LLOs) Are mandatory Judicial mix of LLOs are to be performed to complete minimum requirement of 12 / 24 as applicable VII. SUGGESTED MICRO PROJECT / ASSIGNMENT/ ACTIVITIES FOR SPECIFIC LEARNING / SKILLS DEVELOPMENT (SELF LEARNING) Micro project Series and parallel resistances: Prepare models for combination of series and parallel resistances. Magnetic flux: Prepare models to demonstrate magnetic lines of lines of forces of different types of magnet. Vernier Calipers: Prepare prototype vernier caliper of desired least.count using card sheet. Conductivity: Collect different materials such as metal, plastics, glass etc. and prepare models. Gas laws: Prepare models to demonstrate Boyle's laws, Charle's Law and Gay Lussac’s law using household objects. Carbon resistors: Determine the resistance and tolerance of carbon resistors using color codes and measure values. Thermal conductivity: Take different metallic plates of various metals and calculate rate of flow of heat. Temperature sensor : Use Temperature sensor IC LM 35 to measure temperature of given body in various temperature scales Mobile applications : Use mobile applications for measurements of different physical quantities. Optical Fiber and TIR: Prepare model to demonstrate total internal reflection and the propagation of light. Convert given galvanometer into ammeter of desired range. Convert given galvanometer into voltmeter of desired range. LDR: Use Light dependent resistor for measuring the intensity of light. Types of bonds: Prepare chart and models displaying different types of bonds with examples. Prepare a chart for showing different types of bonds or molecules. Crystal Structure: Prepare Models of SC,FCC,HCP,BCC. Ionization: Prepare chart displaying ionization phenomenon. Corrosion-Prepare Chart displaying images of observed corrosion processes in the surrounding. Adhesives: Prepare chart or model to demonstrate the applications of various adhesives. Polymer: Collect the samples of different polymers and list their uses. Collect information based on market survey of different Polymer and compare the following points. i) Structure ii) Properties. Collect information by library survey regarding engineering material used in various industries. Assignment Convert the units of a given physical quantity from one system of units to another. Measure room temperature of hot baths / bodies by using mercury thermometer and convert it into different scales. Prepare a chart to summarize units and measurements Enlist information like band gap, material used, dimension etc about different semiconductor devices. Give details about the explanation of concept like electrostatics, magnetic domain, current electricity. Demonstrate the variation of angle of refraction with respect to refractive index using online tools. Use a digital vernier caliper and micrometer screw gauge for measurements.(lab- based). Applications of optical fibers in civil, mechanical , electrical engineering etc. Applications of semiconductors in civil, mechanical , electrical engineering etc. Explain covalent bond, ionic bond, coordinate bond, hydrogen bond, intermolecular forces MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 9/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Draw Crystal structures of SC,BCC, FCC,HCP. Distinguish between paints and varnishes. Solve numerical based on Faraday’s first and second law of electrolysis. Enlist various Adhesives with properties and applications. Compare between Thermoplastics and Thermosetting. State properties and applications thermocol and glass wool. Differentiate the given types of structural polymers and list out their applications. Demonstrate Mechanism of wet corrosion by waterline corrosion. Prepare chart showing mechanism of electrolysis of CuSO4 solution by using Cu and Pt electrodes. Write properties and applications of solid, semisolid and liquid lubricant. VIII. LABORATORY EQUIPMENT / INSTRUMENTS / TOOLS / SOFTWARE REQUIRED Sr.No Equipment Name with Broad Specifications Relevant LLO Number 1 Vernier Calipers: Range : 0-150mm , Resolution: 0.1mm 1 Micrometer screw gauge : Range : 0-25mm, Resolution: 0.01mm, Accuracy 2 2 ±0.02mm or better Digital multimeter : 3 1/2 digit display, 9999 counts, digital multimeter measures: 3 3,4,5,6 Vac, Vdc ( 1000V max) , DC A, AC A(10 amp max), Resistance ( 0 - 100 MOhm 4 Resistance Box: 4 decade ranges from 1 ohm to 1K,accuracy 0.1 % - 1 % 3,4,5,6 5 Battery eliminator : 0- 12 V ,2A 3,4,5,6,8,9,10,12 6 Boyle’s apparatus: U tube manometer , barometer 11 Joule’s calorimeter : well insulated "mechanical equivalent of heat apparatus" in 7 10,12 wooden box, , digital / analog thermometer, Electronic balance, with the scale range of 0.001g to 500gm pan size 100 mm; 8 19,20,21,22,23,24,25,30 response time 3-5 sec.: power requirement 90-250 V, 10 watt Electric oven inner size 18’’x18’’x18’’; temperature range 100 to 2500 C. with the 9 30 capacity of 40 lt. 10 Ammeter 0-2 amp voltmeter-0-5v DC 19,20,21,22,23 11 Redwood viscometer-I 26 12 Cleveland open cup apparatus 28 13 Abel's close cup apparatus 29 IX. SUGGESTED WEIGHTAGE TO LEARNING EFFORTS & ASSESSMENT PURPOSE (Specification Table) Aligned Learning R- U- A- Total Sr.No Unit Unit Title COs Hours Level Level Level Marks 1 I Units and Measurements CO1 7 2 3 4 9 Electricity, Magnetism and 2 II CO2 13 3 5 6 14 Semiconductors 3 III Thermometry and Fiber Optics CO3 10 2 4 6 12 4 IV Chemical bonding CO4 6 2 3 4 9 Electro chemistry and Metal Corrosion, 5 V CO5 12 3 4 5 12 its prevent ion 6 VI Engineering Materials and Catalysis CO6 12 3 5 6 14 Grand Total 60 15 24 31 70 MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 10/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 X. ASSESSMENT METHODOLOGIES/TOOLS Formative assessment (Assessment for Learning) Two unit tests of 30 marks (Physics 15 marks,Chemistry-15 marks) and average of two unit tests. For laboratory learning 50 marks (Physics 25 marks,Chemistry-25 marks). Summative Assessment (Assessment of Learning) End semester assessment of 50 marks for laboratory learning (Physics 25 marks,Chemistry-25 marks). End semester assessment of 70 marks through online MCQ examination. XI. SUGGESTED COS - POS MATRIX FORM Programme Specific Programme Outcomes (POs) Outcomes* (PSOs) Course PO-5 Outcomes PO-1 Basic Engineering PO-3 PO-7 (COs) and PO-2 PO-4 Practices for Design/ PO-6 Project Life PSO- PSO- PSO- Discipline Problem Engineering Society, Development Management Long 1 2 3 Specific Analysis Tools Sustainability of Solutions Learning Knowledge and Environment CO1 3 1 2 1 1 1 CO2 3 1 1 2 1 1 1 CO3 3 1 1 2 1 1 1 CO4 3 2 2 1 CO5 3 2 1 1 2 1 CO6 3 2 2 1 1 Legends :- High:03, Medium:02,Low:01, No Mapping: - *PSOs are to be formulated at institute level XII. SUGGESTED LEARNING MATERIALS / BOOKS Sr.No Author Title Publisher with ISBN Number National Council of Education Narlikar J. V. ;Joshi , A. W.; 1 Physics Textbook Part I - Class XI Research and Training, New Delhi, Mathur , Anuradha ; et al 2010, ISBN : 8174505083 National Council of Education Narlikar, J.V.;Joshi , A. W.; 2 Physics Textbook Part II - Class XI Research and Training, New Delhi, Mathur , Anuradha ; et al 2015, ISBN : 8174505660 National Council of Education Narlikar J.V.;Joshi , A. W.; 3 Physics Textbook Part I - Class XII Research and Training, New Delhi, Ghatak A.K. et al 2013, ISBN : 8174506314 MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 11/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Sr.No Author Title Publisher with ISBN Number National Council of Education Narlikar, J.V.;Joshi , A. W.; 4 Physics Textbook Part II - Class XII Research and Training, New Delhi, Ghatak A.K. et al 2013, ISBN : 8174506713 Haliday, David; Resnik, John Wiley & sons, Hoboken, USA, 5 Fundamentals of Physics Robert and Walker, Jearl 2014 ISBN : 812650823X National Council of Education 6 Jain and Jain Engineering Chemistry Research and Training, New Delhi, 2010, ISBN : 8174505083 National Council of Education 7 Dara S. S. Engineering Chemistry Research and Training, New Delhi, 2015, ISBN : 8174505660 National Council of Education 8 Bagotsky V.S. Fundamental of electrochemistry Research and Training, New Delhi, 2013, ISBN : 8174506314 National Council of Education 9 Jain and Jain Engineering Chemistry Research and Training, New Delhi, 2013, ISBN : 8174506713 10 Aryabhatta. The Surya Siddhanta Baptist Mission press ,Calcutta The Archaic And The Exotic : Studies Published by Manohar Book Service, Steeramula Rajeswara 11 In The History Of Indian 2008 ISBN 10: 8173045712 / ISBN Sarma Astronomical Instruments 13: 9788173045714 Khanna Book Publishing Co. (P) Ltd. Anju Rawlley,Devdatta V. 12 Applied Chemistry with Lab Manual New Delhi, 2021, ISBN- 978-93- Saraf 91505-44-8 Khanna Book Publishing, (2021), 13 Dr. Hussain Jeevakhan Applied Physics - II ISBN: 978-93-91505-57-8 XIII. LEARNING WEBSITES & PORTALS Sr.No Link / Portal Description Electricity, Magnetism and Semiconductors , 1 www.sciencejoywagon.com/physicszone basic of fiber optics Electricity, Magnetism and Semiconductors 2 https://phet.colorado.edu ,Thermometry and basic of fiber optics 3 www.physicsclassroom.com concepts of basic physics 4 http://nptel.ac.in/course.php?disciplineId=104 concepts of basic physics 5 http://hperphysics.phy-astr.gsu.edu/hbase/hph.html concepts of basic physics https://www.youtube.com/results? 6 search_query=amruta+universi concepts of basic physics ty+physics+expts k. https://www.youtube.com/results? 7 search_query=physics+clas concepts of basic physics s+11+chapter+1 8 l. https://www.youtube.com/watch?v=zRGh9_a1J7s concepts of basic physics 9 https://iksindia.org IKS physics 10 www.chem1.com Chemistry instruction and education 11 ww.onlinelibrary.wiley.com Materials and corrosion 12 www.rsc.org Catalysis MSBTE Approval Dt. 09/08/2023 Semester - 1, K Scheme https://services.msbte.ac.in/scheme_digi/pdfdownload/download/ 12/13 11/12/23, 4:03 PM 311305-BASIC SCIENCE BASIC SCIENCE Course Code : 311305 Sr.No Link / Portal Description 13 www.chemcollective.org Virtual Labs, simulation https://www.ancient-origins.net/history-famous- 14 people/indian IKS Philosophy of atom by Acharya Kanad. -sage-acharya-kanad-001399 https://phet.colorado.edu/en/simulations/filter? 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