Electromagnetic...

When a current of 2 A is passed through a coil of 100 turns, flux associated with it is $$5\, \times\, 10^{-5}$$ Wb.
Find the self inductance of the coil.

Voltage in the secondary coil of a transformer does not depend upon :

A straight conductor of length $$0.4 m$$ is moved with a speed of $$7 {m}/{s}$$ perpendicular to the magnetic field of intensity of $$0.9 {Wb}/{{m}^{2}}$$. The induced emf across the conductor will be :

A fighter plane of length 20 m, wing span (distance from tip of one wing to the tip of the other wing) of 15 m and height 5 m is flying towards east over Delhi. Its speed is $$240 ms^{-1}$$. The earth's magnetic field over Delhi is $$5 \times 10^{-5}$$ T with the declination angle $$\sim 0^o$$ and dip of $$\theta$$ such that $$sin \theta = \frac{2}{3}$$. If the voltage developed is $$V_B$$ between the lower and upper side of the plane and $$V_{W}$$ between the tips of the wings then $$V_{B}$$ and $$V_{W}$$ are close to 

The magnitude of the induced emf in a coil of inductance $$30\ mH$$ in which the current changes from $$6\ A$$ to $$2\ A$$ in $$2\ s$$ is:

A metallic wire bent in form of a semi-circle of radius 0.1 m is moved in a direction parallel to its plane, but perpendicular to a magnetic field $$B = 20$$ mT with a velocity of 10  m/s. What is the induced e.m.f. in wire?

A glass rod of length $$\ell$$ moves with a velocity $$v$$ in a uniform magnetic field $$B$$, what will be the emf induced in the rod:

The magnetic flux linked with a coil at any instant $$t$$ is given by $$\displaystyle \phi =5{ t }^{ 3 }-100t+300$$, the emf induced in the coil at $$t=2\ s$$ is:

A rectangular coil of $$300$$ turns has an average area of $$25\ cm \times  10\ cm$$. The coil rotates with a speed of $$50\ cps$$ in uniform magnetic field of strength $$4 \, \times \, 10^{-2} \, T$$ about an axis perpendicular to the field. The peak value of the induced emf is (in volt):

Match the following: