If the point `x_1+t(x_2-x_1), y_1+t(y_2-y_1)` divides the join of `(x_1,y_1)` and `(x_2,y_2)` in the ratio of

If the point x_1+t(x_2-x_1),y_1+t(y_2-y_1) divides the join of (x_1,y_1) and (x_2,y_2) internally in ratio of t:1 then vlaue of t is

If the point x_1+t(x_2-x_1),y_1+t(y_2-y_1) divides the join of (x_1,y_1) and (x_2,y_2) internally then

If the point (x_1+t(x_2-x_1),y_1+t(y_2-y_1)) divides the join of (x_1,y_1) and (x_2, y_2) internally, then t 1 (d) t=1

If the point (x_1+t(x_2-x_1),y_1+t(y_2-y_1)) divides the join of (x_1,y_1) and (x_2, y_2) internally, then t 1 (d) t=1

If the point x_(1)+t(x_(2)-x_(1)),y_(1)+t(y_(2)-y_(1)) divides the join of (x_(1),y_(1)) and (x_(2),y_(2)) internally then locus of t is

If the point x_(1)+t(x_(2)-x_(1)), y_(1)+t(y_(2)-y_(1)) divides the join of (x_(1), y_(1)) and (x_(2), y_(2)) internally then

The point whose coordinates are x=x_(1)+t(x_(2)-x_(1)), y=y_(1)+t(y_(2)-y_(1)) divides the join of (x, y) and (x_(2), y_(2)) in the ratio

If the point (x_(1)+t(x_(2)-x_(1)),y_(1)+t(y_(2)-y_(1))) divides the jor (x_(1),y_(1)) and (x_(2),y_(2)) internally,then t 1(d)t=1

If the point (x_(1) +t[x_(2)-x_(1)], y_(1)+t[y_(2)-y_(1)]) divides the join of (x_(1), y_(1)) and (x_(2), y_(2)) internally, then