Plot the points A (3, 5) and B(-2,-4) Use 1 cm = 1 unit on both the axes.

Attempt this question on graph paper. Plot A (3, 2) and B (5, 4) on graph paper. Take 2 cm = 1 unit on both the axes.

Use graph paper for this question: (i) Draw the graphs of 3x-y-2=0 and 2x+y-8=0 . Take 1 cm=1 unit on both the axes and plot only three points per line. (ii) Write down the co-ordinates of the point of intersection and the area of the triangle formed by the lines and the x-axis.

Using a graph paper, plot the points A (6, 4)and B(0, 4). Reflect A and B in the origin to get the images A and B'.

Using graph paper and taking 1 cm = 1 unit along both X-axis and Y-axis. (iv) Give the geometrical name for the figure ABA'B'. the points A (-4, 4) and B (2, 2)the points A (-4, 4) and B (2, 2)Reflect A and B in the origin to get the image A' and B' respectively.

Find the two points on the line through the points A(1,2,3) and B(3,5,9) at a distance of 14 units from the mid point of AB.

Using a graph paper, plot the points A (6, 4)and B(0, 4). State the geometrical name for the figure ABA'B'.

Plot the points A(4,2),B(-5,3),C(-4,-5) and D(5,-2) .

By drawing a graph for each of the equations 3x+y+5=0, 3y-x=5 and 2x+5y=1 on the same graph paper, show that the lines given by these equations are concurrent (i.e. they pass through the same point) Take 2 cm=1 unit on both the axes.

For -2ltxlt1 , draw the graph of y=2^(x) (use 1 cm =1 unit on both axes). Use this graph to solve 2^(x)=2x .

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.