The unit vector along A-B is

We know, nbsp; nbsp; nbsp; nbsp; nbsp; nbsp; |A× nbsp; B|=|A|·| nbsp; B| sinθ A vector divided by it's own magnitude gives unit vector alo ...

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Unit Vectors

The unit vect...

Question

The unit vector along $\to A \times \to B$ is

\frac{\to A \times \to B}{| \to A | \cdot | \to B |}

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\frac{\to A \times \to B}{| \to A | \cdot | \to B | sin θ}

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\frac{\to A \times \to B}{| \to A | \cdot | \to B | cos θ}

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\frac{\to A \cdot \to B}{| \to A | \cdot | \to B | sin θ}

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\to a =^i +^j +^k

\to b = 2^i + 4^j - 5^k and \to c = λ^i + 2^j + 3^k

λ

\to b + \to c

\vec{a} = \hat{i} + 2 \hat{j}, \vec{b} = \hat{j} + 2 \hat{k},

3 \vec{a} - 2 \vec{b} .

¯ a

¯ b

θ

^v

^w

^a

^w

^a

^v

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