Find the area of the parallelogram that has the vectors as adjacent sides. $\begin{array} { l }
\mathbf { u } = ( 9,9 , - 11 ) \
\mathbf { v } = ( 9,0,11 )
\end{array}$
A) $\text { Area } = \sqrt { 45,864.00 } \text { square untis }$
B) $\text { Area } = \sqrt { 6,858.00 } \text { square untis }$
C) $\text { Area } = \sqrt { 378.00 } \text { square untis }$
D) $\text { Area } = \sqrt { 55,566.00 } \text { square untis }$
E) $\text { Area } = \sqrt { 42444.00 } \text { square untis }$

Question

Find the area of the parallelogram that has the vectors as adjacent sides.  $\begin{array} { l } 
\mathbf { u } = ( 9,9 , - 11 ) \
\mathbf { v } = ( 9,0,11 )
\end{array}$ 
A) $\text { Area } = \sqrt { 45,864.00 } \text { square untis }$
B) $\text { Area } = \sqrt { 6,858.00 } \text { square untis }$
C) $\text { Area } = \sqrt { 378.00 } \text { square untis }$
D) $\text { Area } = \sqrt { 55,566.00 } \text { square untis }$
E) $\text { Area } = \sqrt { 42444.00 } \text { square untis }$

Quizplus · Accepted Answer

The Answer of Find the area of the parallelogram that has the vectors as adjacent sides.  $\begin{array} { l } 
\mathbf { u } = ( 9,9 , - 11 ) \
\mathbf { v } = ( 9,0,11 )
\end{array}$ 
A) $\text { Area } = \sqrt { 45,864.00 } \text { square untis }$
B) $\text { Area } = \sqrt { 6,858.00 } \text { square untis }$
C) $\text { Area } = \sqrt { 378.00 } \text { square untis }$
D) $\text { Area } = \sqrt { 55,566.00 } \text { square untis }$
E) $\text { Area } = \sqrt { 42444.00 } \text { square untis }$

Find the Area of the Parallelogram That Has the Vectors u=(9,9,−11)v=(9,0,11)\begin{array} { l } \mathbf { u } = ( 9,9 , - 11 ) \\\mathbf { v } = ( 9,0,11 )\end{array}u=(9,9,−11)v=(9,0,11)​

Find the Area of the Parallelogram That Has the Vectors $\begin{array} { l } \mathbf { u } = ( 9,9 , - 11 ) \\\mathbf { v } = ( 9,0,11 )\end{array}$