Determine the vector which when added to the resultant A- - 2 - - 4 - - 6 k- and B- - 4 - - 3 - - 3 k- gives the unit vector along z-axis-

Let the vector be the #160; C⃗ according the question C⃗ +( A⃗ + B⃗ )= k̂ C⃗ +(2 î 4 ĵ 6 k̂ +4 î +3 ĵ +3 k ...

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Unit Vectors

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Question

Determine the vector which when added to the resultant $\to A = 2^i - 4^j - 6^k$ and $\to B = 4^i + 3^j + 3^k$ gives the unit vector along z-axis.

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\to A = 2^i - 2^j -^k

\to B =^i +^j

\to A

\to B

\to A

\to B

\to A

\to A = 2^i + 3^j +^k

\to = 4^i + 3^j

\to A

\to B

a = 2^i - 6^j - 3^k, b = 4^i + 3^j -^k

Unit vector parallel to the resultant of vectors $\to A = 4^i - 3^j$ and $\to B = 8^i + 8^j$

\to A = 4^i -^j + 3^k

\to B = - 2^i +^j - 2^k

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