An airplane rises vertically with a speed of 100m/s. The aeroplane has wings span 10m and horizontal component of earth magnetic field perpendicular

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Q. An aeroplane with wing span

50 m

is flying horizontally over a place where the vertical component of the earth's magnetic field is

2 \times 10^{- 4} {Wbm}^{- 2}

. The potential difference between the tips of the wings is

1 V

. The speed of the aeroplane is

Q. A helicopter rises vertically with a speed of 100 m/s. If helicopter has length 10 m and horizontal component of earth's magnetic field is

5 \times 10^{- 3} W b / m^{2}

, then the induced emf between the tip of nose and tail of helicopter is:

Q. An aeroplane with wing span

50 m

is flying horizontally with a speed of

360 k m / h r

over a place where the vertical component of the earth's magnetic field is

2 \times 10^{- 4} W b / m^{2}

. The potential difference between the tips of the wings would be

An aeroplane is moving towards north horizontally with a speed of $200 m / s$ at a place where the vertical component of earths magnetic field is $0.5 \times 10^{- 4}$ tesla. Then the induced e.m.f. set up between the tips of the wings of the plane if they are $10 m$ apart is:

An airplane in which the distance between the tips of the wings is 50 meter is flying horizontally with a speed of 360 km/hour over a place where the vertical component of earths magnetic field is $2.0 \times 10^{- 4} T e s t a .$ The potential difference between the tips of the wings would be:-

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