Use graph paper for this question. Take 2cm=1 unit on both the axes.
Construct the locus of points equidistance from A and B.

Use graph paper for this question. Take 2cm=1 unit on both the axes. Measure and record the lengh PA in cm.

Use graph paper for this question. Take 2cm=1 unit on both the axes. Locate the point P such that PA= PB and P is equidistant from AB and AC.

Use graph paper for this question. Take 2 cm = 1 unit on both the axes. Plot th e points A(1, 1), B(5, 3) and C(2, 7).

Use graph paper for this question. Take 2cm=1 unit on both the axes. (i) Draw the graphs of x+y+3=0 and 3x-2y+4=0 . Plot only three points per line. (ii) Write down the co-ordinates of the point of intersection of the lines (iii) Measure and record the distance of the point of intersection of the lines from the origin in cm.

Use graph paper for this question. Take 1 cm = 1 unit on both x and y axes. (i) Plot the following points on your graph sheets: A (-4, 0), B (-3, 2), C (0, 4), D(4, 1) and E (7, 3) (ii) Reflect the point B, C, D and E on the x-axis and name them as B', C', D' and E' respectively. (iii) Join the points A, B, C, D, E, E', D', C', B' and A in order. (iv) Name the closed figure formed.

The equation of the locus of points equidistant from (-1-1) and (4,2) is

Use a graph paper for this question. (Take 2 cm = 1 unit on both x and y axes) Plot the following points : A(0, 4), B(2, 3), C(1, 1) and D(2, 0).

Use a graph paper for this question . (Take two divisions = 1 unit on both the axes.) Plot the points P (3,2) and Q(-3,-2) . From P and Q , draw perpendiculars PM and QN on the x - axis. Write the co - ordinates of points M and N.