The vector equation of the line joining the points \[i-2j+k\] and \[-2j+3k\] is [MP PET 2003]

\[r={{t}_{1}}(i-2j+k)+{{t}_{2}}(3k-2j)\]

The vector equation of the line joining the points \[i-2j+k\] and \[-2

1.	The vector equation of the line joining the points \[i-2j+k\] and \[-2j+3k\] is [MP PET 2003]
A.	\[r=t(i+j+k)\]
B.	\[r={{t}_{1}}(i-2j+k)+{{t}_{2}}(3k-2j)\]
C.	\[r=(i-2j+k)+t(2k-i)\]
D.	\[r=t(2k-i)\]
Answer» D. \[r=t(2k-i)\]

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The vector equation of the line joining the points \[i-2j+k\] and \[-2j+3k\] is [MP PET 2003]

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