An aircraft with a wing span of 40 m flies with a speed of 1080 km-hr−1 in the eastward direction at a constant altitude in the Northern Hemisphere, where the vertical component of earth's magnetic field is 1.75×10−5 T. Find the emf that develops across the tips of the wings.

An aircraft with a wing span of 40 m flies with a speed of 1080 km-hr�

1.	An aircraft with a wing span of 40 m flies with a speed of 1080 km-hr−1 in the eastward direction at a constant altitude in the Northern Hemisphere, where the vertical component of earth's magnetic field is 1.75×10−5 T. Find the emf that develops across the tips of the wings.
Answer» An aircraft with a wing span of $40 m$ flies with a speed of $1080 {km-hr}^{- 1}$ in the eastward direction at a constant altitude in the Northern Hemisphere, where the vertical component of earth's magnetic field is $1.75 \times 10^{- 5} T$ . Find the emf that develops across the tips of the wings.

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An aircraft with a wing span of 40 m flies with a speed of 1080 km-hr−1 in the eastward direction at a constant altitude in the Northern Hemisphere, where the vertical component of earth's magnetic field is 1.75×10−5 T. Find the emf that develops across the tips of the wings.

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