A thin conducting rod of length `l=5m` is moved such that its end B moves along the X-axis while end A moves along the Y-axis A uniform magnetic field `B=6hat(k)` T exists

A conducting rod of length L lies in XY-plane and makes an angle 30^(@) with X-axis. One end of the rod lies at origin initially. A magnetic field also exists in the region pointing along positive Z-direction. The magnitude of the magnetic field varies with y as B_(0)((y)/(L))^(3), where, B_(0) is a constant. At some instant the rod stars moving with a velocity v_(0) along X-axis The emf induced in the rod is

A conducting rod of unit length moves with a velocity of 5m/s in a direction perpendicular to its length and perpendicular to a uniform magnetic field of magnitude 0.4T . Find the emf induced between the ends of the stick.

A conducting rod of unit length moves with a velocity of 5m/s in a direction perpendicular to its length and perpendicular to a uniform magnetic field of magnitude 0.4T . Find the emf induced between the ends of the stick.

There is a conducting rod of length 2L that lies along x-axis from x=-L to x=L . If rod moves with velocity v=v_0hati in the magnetic field vecB=B_0hatk , then induced EMF between ends of rod is

A small conducting rod of length l, moves with a uniform velocity v in a uniform magnetic field B as shown in fig __

A small conducting rod of length l, moves with a uniform velocity v in a uniform magnetic field B as shown in fig __

An electron is moving along X-axis in a magnetic field acting along Y-axis. What is the direction of magnetic field acting on it?

A conducting wire MN moves with velocity V_0 along +X-axis in a uniform magnetic field (bar B= -B_0 hat k) as shown in the diagram then