A square sheet of paper is converted into a cylinder by rolling it along its side.What is the ratio of the base radius to the side of the square?

A square of side 28 cm is folded into a cylinder by joining its two sides. Find the base area of the cylinder thus formed.

The radius of a circle is a side of a square. The ratio of the areas of the circle and the square is

A square sheet of paper has a perimeter of 40cm. what is the length of its sides?Also find the area of the square sheet?

A rectangular sheet of paper 30cmx×18cm can be transformed into the curved surface of a right circular cylinder in two ways namely, either by rolling the paper along its length or by rolling it along its breadth. Find the ratio of the volumes of the two cylinders, thus formed.

A rectangular sheet of paper 30 c m\ x\ 18 c m can be transformed into the curved surface of a right circular cylinder in two ways i.e., either by rolling the paper along its length or by rolling it along its breadth. Find the ratio of the volumes of the two cylinders thus formed.

A rectangular sheet of paper 30 c m\ ×\ 18 c m can be transformed into the curved surface of a right circular cylinder in two ways i.e., either by rolling the paper along its length or by rolling it along its breadth. Find the ratio of the volumes of the two cylinders thus formed.

A rectangular sheet of paper 30 c m\ ×\ 18 c m can be transformed into the curved surface of a right circular cylinder in two ways i.e., either by rolling the paper along its length or by rolling it along its breadth. Find the ratio of the volumes of the two cylinders thus formed.

A rectangular sheet of paper 30cm x 18cm can be transformed into the curved surface of a right circular cylinder in two ways i.e.,either by rolling the paper along its length or by rolling it along its breadth.Find the ratio of the volumes of the two cylinders thus formed.

A rectangular sheet of paper 30 cm xx 18 cm can be transformed into the curved surface of a right circular cylinder in two ways namely, either by rolling the paper along its length or by rolling it along its breadth. Find the ratio of the volume of the two cylinders, thus formed.