Electromagnetism

The Electromagnetism app covers the subject for Science and engineering students, Usually it is part of electrical engineering and computer science courses, however it is also covered as the part of electronics. Since Electromagnetism and its applications are part of the over daily lives the app provides a good introduction and details on the subject.

If offers faster learning of the subjects and quick revisions at the time of exams, interviews and go through the topics whenever you need to refresh.

The app covers over 130 topics of Electromagnetic Field Theory. These 133 topics are divided in 5 units.

Some of topics Covered in this application are:

1. Introduction of Electromagnetics/Electromagnetism (EM)

2. Vector Algebra

3. Unit Vector

4. Position and Distance vectors

5. Vector Multiplication

6. Component of the Vector

7. Cartesian coordinate Systems

8. Cylindrical coordinates

9. Rectangular to Cylindrical Coordinate Transformation

10. Cylindrical to Rectangular Coordinate Transformation

11. Spherical coordinate system

12. Rectangular to Spherical Coordinate Transformation

13. Spherical to Rectangular Coordinate Transformation

14. Differential Lengths in Cartesian Coordinates

15. Differential length in Cylindrical Coordinates

16. Differential Lengths in Spherical Coordinates

17. Line Integral

18. Surface Integral

19. Volume Integral

20. Del operator

21. Del operator

22. Gradient of a Scalar

23. Divergence of a vector

24. Divergence Theorem

25. Curl of a Vector

26. Stoke’s theorem

27. Laplacian of a scalar

28. Electrostatic Field

29. Coulomb’s Law

30. Electric field intensity

31. Electric field due to charge distribution

32. Electric field due to line Charge

33. Electric field due to Surface Charge

34. Electric field due to Volume Charge

35. Electric flux density

36. Gauss's law

37. Application of Gauss's law

38. Electric potential

39. Relationship between E and V-maxwell's Equation

40. Electric dipole

41. Electric flux line

42. Energy density in electrostatic fields

43. Properties of materials

44. Convection Currents

45. Conduction Currents

46. Conductors

47. Polarization in Dielectrics

48. Field due to a polarized dielectric

49. Dielectric Constants

50. Dielectric Material

51. Continuity Equation

52. Relaxation Time

53. Boundary Condition

54. Dielectric-Dielectric Boundary Conditions

55. Conductor-Dielectric Boundary Conditions

56. Conductor-Free Space Boundary Conditions

57. Poission’s and Laplace’s equations

58. Uniqueness Theorem

59. General procedures for solving Poission’s or Laplace’s equations

60. Resistance and Capacitance

61. Parallel-Plate Capacitor

62. Coaxial Capacitor

63. Spherical Capacitor

64. Method of Image

65. A Point Charge Above a Grounded Conducting Plane

66. A Line Charge above a Grounded Conducting Plane

67. Magnetostatics

68. Biot-Savart’s Law

69. Field due to a straight current

70. Ampere's circuit law

71. Application of ampere’s law

72. Infinite Sheet of Current-Ampere's Law

73. Infinitely Long Coaxial Transmission Line-Ampere's Law

74. Magnetic flux density

75. Maxwell’s equation for static fields

76. Magnetic scalar and vector potential

77. Derivation of Biot-Savart's law

78. Derivation of Ampere's law

79. Forces due to magnetic field-moving charged particle

80. Forces due to magnetic field-Current Element

81. Forces due to magnetic field-Between Two Current Elements

82. Magnetic Torque and Moment

83. Magnetic Dipole

84. Magnetization in materials

85. Classification of Magnetic Materials

86. B-H curve

87. Magnetic Boundary Conditions

88. Inductance and Inductor

89. Magnetic Energy

90. Time varying fields

91. Faraday's Law

IMPORTANT LINKS

Feedback: Share your feedback at essyengineering@gmail.com

Social links

Facebook : https://www.facebook.com/EngineeringEasy/

Twitter : https://twitter.com/easyengineerin

Website:http://www.engineeringapps.net/

</div> <div jsname="WJz9Hc" style="display:none">电磁应用涵盖了理工科学生的主体，通常它是电气工程和计算机科学课程的一部分，但它也包括如电子的一部分。由于电磁及其应用过的部分日常生活中的应用程序提供了一个很好的介绍和细节上的问题。

如果在考试，面试的时候提供主体和快速修订更快的学习和经历的主题时，你需要刷新。

该应用程序包括超过130主题电磁场理论的。这些133主题在5个单位划分。

一些在此应用中涉及的主题有：

1.引言电磁/电磁学（EM）

2.向量代数

3.单位向量

4.位置和距离向量

5.向量乘法

6. Vector的组件

7.笛卡尔坐标系统

8.圆柱坐标

9.为矩形柱坐标转换

10.圆柱到直角坐标转换

11.球面坐标系

12.矩形球面坐标转换

13.球形至直角坐标转换

14.长度差直角坐标系

15.在柱坐标的长度差

16.长度差在球坐标系

17.线积分

18.曲面积分

19.体积分

20.德尔运营商

21.德尔运营商

一个标量的22梯度

23.三岔口向量

24.散度定理

矢量的25卷曲

26.斯托克定理

标量的27拉普拉斯

28.静电场

29.库仑定律

30.电场强度

31.由于电荷分​​布电场

32.电场由于线充

33.电场由于表面电荷

由于体电荷34电场

35.电通量密度

36.高斯定律

37.高斯定律的应用

38.电势

39. E和V-麦克斯韦方程的关系

40.电偶极子

41.电力线

在静电场42的能量密度

材料性能43

44.对流

45.传导电流

46.​​导体

47.极化电介质中

48.场由于极化的介电

49.介电常数

50.绝缘材料

51.连续性方程

52.弛豫时间

53.边界条件

54.介电介质边界条件

55.导体，绝缘边界条件

56.导体自由空间边界条件

57.泊松方程和拉普拉斯方程

58.唯一性定理

59.解决泊松的或拉普拉斯方程的一般程序

60.电阻和电容

61.平行板电容器

62.同轴电容器

63.球形电容器

图像的64方法

65.点电荷以上接地导电平面

66.充电线接地导电平面上方

67.静磁

68.毕奥 - 萨伐尔定律

69.场由于直电流

70.安培定律电路

71.安培定律中的应用

72.电流安培定律的无限表

73.无限长同轴传输线，安培定律

74.磁通密度

75.麦克斯韦方程静态字段

76.磁标量和矢量势

77.推导毕奥 - 萨伐尔定律

78.推导安培定律

由于磁场运动的带电粒子79.部队

由于磁场电流元件80军

由于磁场之间的两个电流元素81.部队

82.磁力矩和力矩

83.磁偶极子

84.磁化材料

磁性材料85.分类

86. B-H曲线

87.磁场边界条件

88.电感和电感器

89.磁能

90.时间变化的磁场

91.法拉第定律

重要链接

反馈：分享您的反馈意见在essyengineering@gmail.com

社会联系

Facebook的：https://www.facebook.com/EngineeringEasy/

微博：https://twitter.com/easyengineerin

网址：http：//www.engineeringapps.net/</div> <div class="show-more-end">