From the adjoining figure , write?
all pairs of parallel lines
(ii) all pairs of intersecting lines.
(iii) lines whose point of intersection is E.
(iv) one set of three- non collinear points.
(v) all sets of collinear points.

In the adjoining figure write. (i) all pairs of parallel lines (ii) all pairs of intersecting lines. (iii) Concurrent lines. (iv) Collinear points.

From the given figure, write (i) all pairs of parallel lines (ii) all pairs of intersecting lines (iii) concurrent lines and point of concurrence (iv) collinear points

From Figure, name (i)All pairs of parallel lines. (ii)all pairs of intersecting lines. (iii)ines of whose point of intersection in P (iv)lines whose point of intersection in C (v)lines whose point of intersection in R (vi)Collinear points.

Form Fig., write (i)all pairs of parallel lines. (ii)all pairs of intersection lines. (iii)lines whose point of intersection is l . (iv) lines whose point of intersection is D . (v) lines whose point of intersection is E . (vi) lines whose point of intersection is A .

In the adjoining figure (a) Name (i) Parallel lines (ii) all pairs of intersecting lines. (iii) concurrent lines. ( b) State whether true of false. (i) points A,B and D are collinear. (ii) lines AB and ED intersects at C .

From the adjoining figure , write? (i) Collinear points (ii) Concurrent lines and their point of concurrence.

Consider the given figure write down the sets of collinear points.

How many lines can be drawn through there: non -collinear points ?

From Figure, write (i)Lines intersecting at A (ii)Lines intersecting at B (iii)Concurrent lines and their point of concurrence.

The point of intersection of lines is (alpha, beta) , then the equation whose roots are alpha, beta , is