If $\to E$ and $\to B$ are the electric and magnetic field vectors of E.M. waves then the direction of propagation of E.M. wave is along the direction of

$\to E$

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$\to B$

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$\to E \times \to B$

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None of these

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Solution

The correct option is C
$\to E \times \to B$

EM waves travels with perpendicular to E and B. Which are also perpendicular to each other $\to v = \to E \times \to B$

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If →E and →B are the electric and magnetic field vectors of E.M. waves then the direction of propagation of E.M. wave is along the direction of

The correct option is C →E× →B EM waves travels with perpendicular to E and B. Which are also perpendicular to each other →v=→E× →B

If $\to E$ and $\to B$ are the electric and magnetic field vectors of E.M. waves then the direction of propagation of E.M. wave is along the direction of

The correct option is C
$\to E \times \to B$

EM waves travels with perpendicular to E and B. Which are also perpendicular to each other $\to v = \to E \times \to B$