Find the component form of the indicated vector.
-Let $\mathbf { u } = \langle - 4 , - 6 \rangle , \mathbf { v } = \langle 4,2 \rangle$. Find $- \mathbf { u } - \mathbf { v }$.
A) $\langle 0,4 \rangle$
B) $\langle 0 , - 4 \rangle$
C) $\langle 8,8 \rangle$
D) $\langle - 8 , - 8 \rangle$

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The Answer of Find the component form of the indicated vector.
-Let $\mathbf { u } = \langle - 4 , - 6 \rangle , \mathbf { v } = \langle 4,2 \rangle$. Find $- \mathbf { u } - \mathbf { v }$.
A) $\langle 0,4 \rangle$
B) $\langle 0 , - 4 \rangle$
C) $\langle 8,8 \rangle$
D) $\langle - 8 , - 8 \rangle$

Find the Component Form of the Indicated Vector u=⟨−4,−6⟩,v=⟨4,2⟩\mathbf { u } = \langle - 4 , - 6 \rangle , \mathbf { v } = \langle 4,2 \rangleu=⟨−4,−6⟩,v=⟨4,2⟩

Find the Component Form of the Indicated Vector $\mathbf { u } = \langle - 4 , - 6 \rangle , \mathbf { v } = \langle 4,2 \rangle$