Find the position vector of the point which divides `2veca-3vecb` and `3veca-2vecb` in the ratio `2:3`

The position vector of the point which divides the join of points 2veca-3vecb and veca+vecb in the ratio 3:1 is

The position vector of the point which divides the join of points 2veca-3vecbandveca+vecb in the ratio 3:1, is

The position vector of the point which divides the join of points 2veca-3vecbandveca+vecb in the ratio 3:1, is

find the positio vectors of the ponts which divide the join of points 2veca-3vecb and 3veca-2vecb internally and externallyin the ratio 2:3.

Find the position vector of the point which divides the join of the points (2veca - 3vecb) and (3veca - 2vecb) (i) internally and (ii) externally in the ratio 2 : 3 .

Find the position vector of the point which divides the join of the points (2veca - 3vecb) and (3veca - 2vecb) (i) internally and (ii) externally in the ratio 2 : 3 .

Find the position vector of the point which divides the join of the points (2veca - 3vecb) and (3veca - 2vecb) (i) internally and (ii) externally in the ratio 2 : 3 .

Consider two points P and Q with position vectors vec(OP)=3veca-2vecb and vec(OQ)=veca+vecb . Find the position vector of a point R which divides the line joining P and Q in the ratio 2:1 , (i) intermally , and (ii) externally.

Consider two points P and Q with position vectors vec(OP) = 3veca-2vecb and vec(OQ) = veca + vecb . Find the position vector of a point R which divides the line joining P and Q in the ratio 2:1, internally.

Consider two points P and Q with position vectors vec(OP) = 3veca-2vecb and vec(OQ) = veca + vecb . Find the position vector of a point R which divides the line joining P and Q in the ratio 2:1, externally.