Given that X \[\vec{A}\,+\vec{B}+\vec{C}\]= 0, out of three vectors two are equal in magnitude and the magnitude of third vector is \[\sqrt{2}\] times that of either of two having equal magnitude. Then, angle between vectors are given by

\[30{}^\circ ,\text{ }60{}^\circ ,\text{ }90{}^\circ \]

\[45{}^\circ ,\text{ }45{}^\circ ,\text{ }90{}^\circ \]

\[90{}^\circ ,\text{ }135{}^\circ ,\text{ }45{}^\circ \]

\[90{}^\circ ,\text{ }135{}^\circ ,\text{ }135{}^\circ \]

Given that X \[\vec{A}\,+\vec{B}+\vec{C}\]= 0, out of three vectors tw

1.	Given that X \[\vec{A}\,+\vec{B}+\vec{C}\]= 0, out of three vectors two are equal in magnitude and the magnitude of third vector is \[\sqrt{2}\] times that of either of two having equal magnitude. Then, angle between vectors are given by
A.	\[30{}^\circ ,\text{ }60{}^\circ ,\text{ }90{}^\circ \]
B.	\[45{}^\circ ,\text{ }45{}^\circ ,\text{ }90{}^\circ \]
C.	\[90{}^\circ ,\text{ }135{}^\circ ,\text{ }45{}^\circ \]
D.	\[90{}^\circ ,\text{ }135{}^\circ ,\text{ }135{}^\circ \]
Answer» E.