Vectors - Cross Product - Vectors as Coordinates to Vector Component

Question

Find the indicated component of the cross product.

$$\begin{gathered}\vec{u} = \left[\, -4,\ 4,\ 3 \,ight] \qquad \vec{v} = \left[\, 2,\ -3,\ 2 \,ight]\\left[\, x,\ y,\ \fcolorbox{#1b7f3b}{#e6f7ec}{$?$} \,ight]\end{gathered}$$

Accepted Answer

$$\left[\, x,\ y,\ \fcolorbox{#1b7f3b}{#e6f7ec}{$?$} \,\right] = 4$$

Answer

$$\left[\, x,\ y,\ \fcolorbox{#1b7f3b}{#e6f7ec}{$?$} \,\right] = -4$$

Answer

$$\left[\, x,\ y,\ \fcolorbox{#1b7f3b}{#e6f7ec}{$?$} \,\right] = 1$$

Answer

$$\left[\, x,\ y,\ \fcolorbox{#1b7f3b}{#e6f7ec}{$?$} \,\right] = 6$$

Vectors - Cross Product - Vectors as Coordinates to Vector Component

Practice:

Vectors - Cross Product - Vectors as Coordinates to Vector Component