Let \(w = xu + yv\).
If \(w\) is orthogonal (perpendicular) to \(u\), what vector equation must be satisfied?
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\( (xu + yv) \cdot u = 0 \) syntax error: this is not an equation.
Hint: Remember the dot product of orthogonal vectors is zero.
If \(w\) is orthogonal (perpendicular) to \(v\), what vector equation must be satisfied?
\( (xu + yv) \cdot v = 0 \)
Suppose \(u = (2, 8, 1)\) and \(v = (-7, -10, -6)\).
The equation \( (xu + yv) \cdot u = 0 \) corresponds to what linear equation?
\(69x - 100y = 0\) syntax error: this is not an equation. syntax error.
The equation \( (xu + yv) \cdot v = 0 \) corresponds to what linear equation?
\( -100x + 185y = 0 \) syntax error: this is not an equation. syntax