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  1. Theorem 7: If a line segment joining two points subtends equal

    A line segment joining 2 points subtends equal angles at 2 other points lying on same side of line. All four points should lie on a .

  2. Find the ratio in which the Y axis divides the line segment ... - Toppr

    The ratio in which the line segment joining the points (3,−4) and (−5,6) is divided by the x-axis, is

  3. In the fig given below OB is the perpendicular bisector of the line ...

    In the fig given below OB is the perpendicular bisector of the line segment DE,F A⊥OB and F E intersects OB at the point C. Prove that 1 OA 1 OB = 2 OC.

  4. In Fig. 6.22 . line segment DF intersect the side - Toppr

    In the figure, if the line segment DF intersects the side AC of a triangle ABC at the point E such that E is the midpoint of CA and AEF = AF E, prove that BD CD = BF CE.

  5. In what ratio does the y-axis divide the line segment joining

    In what ratio does the y-axis divide the line segment joining the point P (-4,5) and Q (3,-7)? Also, find the coordinates of the point of intersection.

  6. Find the ratio in which the line segment joining A (1, -5) and

    Question 5 Find the ratio in which line segment joining points A (1, - 5) and B (- 4, 5) is divided by x-axis. Also, find coordinates of the point of division.

  7. Find the ratio in which y -axis divides the line segment ... - Toppr

    Find the ratio in which y -axis divides the line segment joining the points A (5, − 6) and B (− 1, − 4). Also find the coordinates of the point of division.

  8. Find the ratio in which the line segment joining - Toppr

    Find the ratio in which the line segment joining A(1,−5) and B(−4,5) is divided by the x-axis. Also find the coordinates of the point of division.

  9. Find the ratio in which the line segment joining the points

    Question Find the ratio in which the line segment joining the points (−3,10) and (6,−8) is divided by (−1,6). Solution Verified by Toppr

  10. In the figure, the line segment DF intersects the side AC of a

    In the figure, if the line segment DF intersects the side AC of a triangle ABC at the point E such that E is the midpoint of CA and AEF = AF E, prove that BD CD = BF CE.