$\text { Given } \mathbf { u } = \langle 36,9,0 \} \text { and } \mathbf { v } = \langle 5,1 , - 1 \} \text {, find the vector component of } \mathbf { u } \text { orthogonal to } \mathbf { v } \text {. }$
A) $( 1,16 , - 7 )$
B) $( 40,8 , - 8 \}$
C) $( 71,16 , - 7 )$
D) $( 35,2 , - 7 )$
E) $( - 30 , - 6,6 )$

Question

$\text { Given } \mathbf { u } = \langle 36,9,0 \} \text { and } \mathbf { v } = \langle 5,1 , - 1 \} \text {, find the vector component of } \mathbf { u } \text { orthogonal to } \mathbf { v } \text {. }$ 
A) $( 1,16 , - 7 )$
B) $( 40,8 , - 8 \}$
C) $( 71,16 , - 7 )$
D) $( 35,2 , - 7 )$
E) $( - 30 , - 6,6 )$

Quizplus · Accepted Answer

The Answer of $\text { Given } \mathbf { u } = \langle 36,9,0 \} \text { and } \mathbf { v } = \langle 5,1 , - 1 \} \text {, find the vector component of } \mathbf { u } \text { orthogonal to } \mathbf { v } \text {. }$ 
A) $( 1,16 , - 7 )$
B) $( 40,8 , - 8 \}$
C) $( 71,16 , - 7 )$
D) $( 35,2 , - 7 )$
E) $( - 30 , - 6,6 )$

A) (1,16,−7)( 1,16 , - 7 )(1,16,−7) B) (40,8,−8}( 40,8 , - 8 \}(40,8,−8}

A) $( 1,16 , - 7 )$ B) $( 40,8 , - 8 \}$