Applied physics and computer application is subjects that play a crucial role in the B.Sc. Home Science curriculum for women's colleges. 

Applied physics helps students understand the scientific principles behind various home science concepts such as food preservation, textile technology, and household appliances (Fan, Mixer, refrigerator, air conditioner, washing machine and electric motors). It also enables them to develop critical thinking skills and problem-solving abilities, which are essential for their future careers.

computer application helps students learn how to use various software programs to manage data, create (presentations, word documents, excel), to use social media platforms, email, and design graphics. It also helps them understand how technology can be used to improve various aspects of home science such as food processing and nutrition analysis. it is essential for home science graduates to have a good understanding of basic computer applications.

Overall, applied physics and computer application are crucial subjects that help B.Sc. Home Science students develop a strong foundation in both theoretical and practical aspects of their field. This knowledge will not only help them excel academically but also prepare them for successful careers in various industries related to home science.







Unit-I Measurements and units: Definition of Physics, need of physics, Physical quantities, Necessity of measurement of quantities, FPS, CGS, MKS and SI systems of units (Main features of each system of units and comparison of these systems of units), necessity of a SI system of units. Concept of least count of a measuring instrument, significant figures.Concept and definition of scalar and vector quantities.

Unit- II Fundamental and derived quantities: Concept of fundamental and derived quantities. Definitions of : Distance, displacement, area, volume, mass, density, speed, velocity, momentum, acceleration, force, work done, pressure, kinetic energy, potential energy, temperature, potential difference, current, resistance, power (electrical and mechanical).SI and CGS units of these quantities.Classification of these quantities as scalar and vector quantities.

Unit- III Mechanics: Statements of Newton’s laws of motion, and two examples each. Definition of uniform circular motion.Concept, definition and examples of centripetal force and centrifugal force. Concept and definition of friction, types of friction (static and dynamic), friction as an advantage and disadvantage (at least five situations), measures to minimize undesired friction (use of lubricants, washers, ball bearings, surface coating, surface polishing, design modification etc.)

Unit- IV Computer Basics: Characteristics of computers, Uses of computer in various fields, basic components of a computer system (block diagram), working of each block. Unit of memory (Bit, nibble, byte, kilobyte, megabyte, gigabyte, terabyte).concept of software and hardware.


Unit-I Basic Electricity: Concept of electric charge, electric field, potential difference, current, resistance and statement of Ohm’s law. Laws of series and parallel combinations of resistances (numericals based on Ohm’s law and series and parallel combination of resistances) Examples of good and bad conductors of electricity.

Unit-II Light - I: Nature of light as an electromagnetic wave, primary colors, velocity and wavelength of light, colors of objects. Concept of reflection, refraction of light and laws of reflection and refraction of light.Concept of dispersion of light in prism, Concept and definitions of refractive index of amaterial (discuss any two definitions), concept of transparent, translucent and opaque materials with three examples each.

Unit-III Light - II: Definition of lens, types of lens (convex, concave), concept of focus and focal length of lens, application of convex and concave lens, concept of power of lens and diopter. X-Rays: Definition of x-rays, production, properties and their applications. Definition of radioactivity: properties of α, β and γ rays. Applications of radioactivity.

Unit-IV Computer Hardware: Concept of Mother Board, Computer Memory: RAM, ROM, Cache, External memory devices: Hard Disk (magnetic disk), CD, DVD, Pen drive/flash drive. Printers: principle and working of impact printers (dot matrix) and non impact printers (Inkjet and LASER printer). Scanner (principle and working), Concept of USB and HDMI ports


 Unit-I Electricity and personal safety: Concept of ac and dc voltage, frequency and voltage of ac supply in India, Electrical Safety and Precautions, Safety devices in use of electricity : fuse, earthing, earthing methods, circuit breakers, MCBs (Miniature Circuit Breakers for domestic electric supply), lightning conductor), Management of electrical hazards (shocks, burns, fire).

Unit-II Transmission of Heat: Concept of Heat, Modes of heat transfer: conduction, convection and radiation (with at least three examples each). Concept of Temperature; Fahrenheit, Celsius and Kelvin) and Conversion of temperature among them. Examples of good and bad conductors of heat(at least three each)

Unit –III Appliances: Principle, construction and working of: pressure cooker, thermos flask, solar cooker, Mercury thermometers (laboratory thermometer, clinical thermometer). Heating effect of electric current, thermostatic control and automation with bimetallic strip, principle, construction and working of immersion heater, storage type geyser, and electric press.

Unit- IV Computer Applications: Concept of operating system, important features of popular operating systems (WINDOWS, UNIX and LINUX). Microsoft WORD: Applications of MS-Word, Study of different commands: Open a new document, Open a saved document, Typing text, selecting text, copy-paste, cut-paste, saving file, closing file, renaming a file, page layout (margin, orientation, page size), creating header & footer, applying fonts, font size, Bold, Italic and Underline, preview document, printing a page/printing a document. Microsoft EXCEL: Applications of MS-Excel, Opening of worksheet, selecting cells, entering and editing text, entering numbers, Entering and editing formulas, inserting rows and columns in worksheet, create database.


Unit- I Electromagnetic Induction and its Application: Concept and statement of Faraday’s laws of electromagnetic induction, Transformer (working principle and construction), transformation ratio (turns ratio, Voltage ratio and Current ratio), efficiency of transformer, types of transformer and applications of transformer. Electricity from generator to home, Definition of kilowatt hour unit for consumption of electricity.

Unit -II Home Appliances: Motor based appliances: Principle, construction, working, defects and remedies of: mixer- grinder, fan, cooler, hair dryer, vacuum cleaner, washing machine, and refrigerator. Microwave oven: concept of microwave heating, principle and working of Induction Cooker.

Unit- III Chemical effect of electric current: Chemical effect of electric current, electrolyte, electrolysis, electrolysis of copper sulphate and water, Faraday’s law of electrolysis, relation between chemical equivalent and electrochemical equivalent, uses of electrolysis, primary cells, (Daniel cell, Leclanche cell), secondary cells (Lead acid accumulator).

Unit- IV Computer Applications: MS Power point:- applications of MS Power point, creating presentation, adding slides in presentation, deleting slide, creating masters, formatting text, color to fonts, inserting auto-shapes, inserting pictures, inserting sound, inserting videos, slide show. Internet:- Internet, Internet connection (Broadband, Dial-up and wireless connection), Web browsers (Internet explorer, Mozilafirefox, Google chrome and Opera), World Wide Web, Search engine, Email.