Calculate the value of ε in the vector A such that vector A and vector B are orthogonal (perpendicular). Where, A = εi + 2j + 3k and B = -4i + 3j – 6k
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Calculate the value of ε in the vector A such that vector A and vector B are orthogonal (perpendicular). Where, A = εi + 2j + 3k and B = -4i + 3j – 6k
If two vectors are orthogonal their dot product is zero. Do you know how to calculate the dot product of two vectors given their cartesian dimensions?
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