Draw any circle on the graph paper. Count the squares and use them to estimate the area of the circular region.

Draw a rectangle diagram on a graph sheet. Count the squares and use them to estimate the area of the region.

By counting squares, estimate the area of the figure 10.9 a.

By counting squares, estimate the area of the figure 10.9 b.

By counting squares,estimate the area of the figure 10.9a.

By counting squares,estimate the area of the figure 10.9b.

If the circumference of a circle and the perimeter of a square are equal, then: (A) Area of the circle = Area of the square (B) Area of the circle > Area of the square (C) Area of the circle (D) Nothing definite can be said about the relation between the areas of the circle and square.

A square and a circle are placed such that the centre of the circlelies in the centre of the square.The region inside the square butoutside the circle has the same area as the region inside the circlebut outside the square. What is the quotient between the diameterof the circle and the side of the square?

Show that the area of the circumcircle of any square is twice the area of its in circle.

Draw the line 3x+4y=12 on a graph paper. From the graph paper, read the y-intercept of the line.

The length of one side of square is given. Find their area using graph paper. 8 cm Compare the results with finding the area using the formula.