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The app is a complete free handbook of Electromagnetismwhichcoversimportant topics, notes, materials, news & blogs onthecourse.Download the App as a reference material & digitalbookforelectrical engineering programs & Physics,energydegreecourses. This useful App lists 130 topics withdetailednotes,diagrams, equations, formulas & course material,thetopics arelisted in 5 chapters. The app is must have for alltheengineeringscience students & professionals. The appprovidesquickrevision and reference to the important topics likeadetailedflash card notes, it makes it easy & useful forthestudent ora professional to cover the course syllabusquicklybefore an examsor interview for jobs. Track your learning,setreminders, edit thestudy material, add favorite topics, sharethetopics on socialmedia. You can also blog aboutengineeringtechnology, innovation,engineering startups, collegeresearch work,institute updates,Informative links on coursematerials &education programs fromyour smartphone or tablet orathttp://www.engineeringapps.net/.Use this useful engineering appasyour tutorial, digital book, areference guide for syllabus,coursematerial, project work,sharing your views on the blog. Someof thetopics Covered in theapp are: 1. Introduction ofElectromagnetism(EM) 2. Vector Algebra3. Unit Vector 4. Positionand Distancevectors 5. VectorMultiplication 6. Component of theVector 7.Cartesian coordinateSystems 8. Cylindrical coordinates9.Rectangular to CylindricalCoordinate Transformation 10.Cylindricalto Rectangular CoordinateTransformation 11. Sphericalcoordinatesystem 12. Rectangular toSpherical CoordinateTransformation 13.Spherical to RectangularCoordinate Transformation14. DifferentialLengths in CartesianCoordinates 15. Differentiallength inCylindrical Coordinates 16.Differential Lengths inSphericalCoordinates 17. Line Integral 18.Surface Integral 19.VolumeIntegral 20. Del operator 21. Deloperator 22. Gradient of aScalar23. Divergence of a vector 24.Divergence Theorem 25. Curl ofaVector 26. Stoke’s theorem 27.Laplacian of a scalar28.Electrostatic Field 29. Coulomb’s Law 30.Electric fieldintensity31. Electric field due to chargedistribution 32. Electricfield dueto line Charge 33. Electricfield due to Surface Charge 34.Electricfield due to Volume Charge35. Electric flux density 36.Gauss's law37. Application ofGauss's law 38. Electric potential39.Relationship between E andV-maxwell's Equation 40. Electricdipole41. Electric flux line 42.Energy density in electrostaticfields43. Properties of materials44. Convection Currents 45.ConductionCurrents 46. Conductors 47.Polarization in Dielectrics48. Fielddue to a polarized dielectric49. Dielectric Constants50.Dielectric Material 51. ContinuityEquation 52. Relaxation Time53.Boundary Condition 54.Dielectric-Dielectric Boundary Conditions55.Conductor-DielectricBoundary Conditions 56. Conductor-FreeSpaceBoundary Conditions57. Poission’s and Laplace’s equations58.Uniqueness Theorem 59.General procedures for solving Poission’sorLaplace’s equations60. Resistance and Capacitance61.Parallel-Plate Capacitor 62.Coaxial Capacitor 63.SphericalCapacitor 64. Method of Image 65. APoint Charge Above aGroundedConducting Plane 66. A Line Chargeabove a GroundedConducting Plane67. Magnetostatics 68.Biot-Savart’s Law 69. Fielddue to a straightcurrent 70. Ampere'scircuit law 71. Application ofampere’s law 72.Infinite Sheet ofCurrent-Ampere's Law 73.Infinitely Long CoaxialTransmissionLine-Ampere's Law 74. Magneticflux density Each topicis completewith diagrams, equations andother forms ofgraphicalrepresentations for better learning andquickunderstanding.Electromagnetism, Electromagnetic Field Theoryispart of physics,electrical engineering education courseandtechnology degreeprograms of various universities.

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From this App you can learn: Understand why a moving chargegetsdeflected in a strong magnetic field and determine theforceexperienced by the charge moving in the magnetic field.Discuss theimportance of Fleming’s left hand rule in determiningthe directionof force on the conductor carrying current in auniform magneticfield. Discuss and relate magnetic field and fluxthrough a surfaceand investigate how to measure the flux throughany given surfaceusing Gauss’ law. Investigate and explore themotion of a chargedparticle in a magnetic field, with relevance topracticalobservations like trajectory of electron beam in ahelmholtz coil.Discover the working of a mass spectrometer and itsapplication todetermine the mass of a charged particle. Discuss thehall effectand its application to determine the force on thecharged particlein a uniform magnetic field. More details pleasevisithttp://www.wonderwhizkids.com/ "Wonderwhizkids.com" hostsconceptoriented content in Maths & Sciences specially designedfor K-8to K-12 grades. "Wonderwhizkids (WWK) enables students toenjoylearning with application oriented, visually rich contentwhich issimple and easy to understand. The content is aligned tobestpractices of learning and teaching. Students can developstrongbasics, critical thinking and problem solving skills to dowell inschool and beyond. Teachers can use WWK as a referencematerial tobe more creative in designing engaging learningexperiences.Parents also can actively participate in their child'sdevelopmentthrough WWK". This topic covers under Chemistry subjectas a partof the Electricity and Magnetism topic and this topiccontainsfollowing sub topics Magnetic Forces Force experienced bycharge ina magnetic field Motion of a charged particle in amagnetic fieldMass spectrometer Torque on a current carrying coilDirect currentmotor