[" A cylindrical bar magnet is rotated about its axis.A wire is connected from the axis and is made to "],[" touch the cylindrical surface through a contact and an ammeter.Then "]

A cylinder bar magnet is rotated about its axis. A wire is connected from the axis and is made to touch the cylindrical surface through a contact. Then

A cylindrical bar magnet is rotated about its axis (Figure). A wire is connect from the axis and is made to touch the cylindrical surface through a contact. Then

A cylindrical bar magnet is rotated about its axis (Figure). A wire is connect from the axis and is made to touch the cylindrical surface through a contact. Then

A cylindrical bar magnet is rotated about its axis (Figure). A wire is connect from the axis and is made to touch the cylindrical surface through a contact. Then

A cylindrical bar magnet is rotated about its axis as in figure. A wire is connected from the axis and is made to touch the cylindrical surface through a contact. Then

A cylindrical bar magnet is rotated about its axis (Fig EP 6.3). A wire is connected from the axis and is made to touch the cylindrcial surface through a contact. Then

In the given figure, a cylinderical bar magnet is rotated about its axis. A wire is connected from the axis and is made to touch the cylinderical surface through a contact. Then, current in the Ammeter is.....

The rotation of earth about its axis is

A cylindrical bar magnet is kept along the axis of a circular coil. If the magnet is rotated about its axis, the

A cylindrical bar magnet is kept along the axis of a circular coil. If the magnent is rotated about its axis, then