If the electric field vector is $$\overline E = - 2{\overline a _x} + 3{\overline a _y} + 5{\overline a _z}$$ and the magnetic field vector is $$\overline H = {\overline a _x} + 3{\overline a _y} - 4{\overline a _z},$$ then $$\overline E \times \overline H $$ is equal to

A) $$ - 27{\overline a _x} - 3{\overline a _y} - 9{\overline a _z}$$ B) $$ - 2{\overline a _x} + 9{\overline a _y} - 20{\overline a _z}$$ C) $$5{\overline a _x} + 3{\overline a _y} - 10{\overline a _z}$$ D) $${\overline a _x} + {\overline a _y} + {\overline a _z}$$

Answer & Solution

Correct Answer: Option A

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If the electric field vector is overline E = - 2...

If the electric field vector is $$\overline E = - 2{\overline a _x} + 3{\overline a _y} + 5{\overline a _z}$$ and the magnetic field vector is $$\overline H = {\overline a _x} + 3{\overline a _y} - 4{\overline a _z},$$ then $$\overline E \times \overline H $$ is equal to

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