B.Sc. III Paper IX Mathematical and Electrodynamics

The trajectory of a charged particle moving in uniform electric field E is …

In spherical polar coordinates, the radial distance is denoted by:

The method of separation of variables is used for:

The Laplacian operator is represented by which symbol?

1. In spherical polar coordinate system, there lies symmetry about ---

Maxwell added a correction term to Ampere’s law to include:

The motion of a charged particle in a uniform magnetic field follows a:

In which coordinate system are the coordinates represented by (x, y, z)?

A partial differential equation involves derivatives with respect to:

In Circular cylindrical co-ordinate, There is symmetry about system

Biot-Savart's Law is used to calculate:

What are the coordinates in a cylindrical coordinate system?

Maxwell’s equations describe the behavior of:

In a uniform electric and magnetic field (crossed fields), a charged particle can move in a:

The area elements in OCC are given by.....    

The force on a charged particle in a uniform electric field is given by:

Laplace’s equation has solutions in regions where the charge density is:

In an orthogonal curvilinear coordinate system, the coordinate surfaces intersect at:

Which operator calculates the maximum rate of increase of a scalar field?

In vector calculus, which operator represents the measure of "rotation" of a field?

The cyclotron frequency w of a charged particle in a magnetic field B depends upon ----

The solution to the two-dimensional Laplace equation in Cartesian coordinates is a function of:

The co-ordinates in spherical polar co-ordinate system are

Which of the following is NOT a type of coordinate system?

The scale factors in cylindrical co-ordinate system are