A hand fan is made by stitching 10 equal size triangular strips of two different types of paper as shown below. The dimensions of equal strips are 25 cm, 25 cm and 14 cm. Find the total area of paper needed to make the hand fan.

In hand fan is made by stitching 10 equal size triangular strips of two different types of paper as shown in Figure.The dimensions of equal strips are 25cm and 14cm. Find the area of each type of paper needed to make the hand fan.

If the dimension of a tenker is 25cm xx15cm xx10cm, then find the surface area of the tanker.

An umbrella is made by stitching 10 triangular pieces of cloth of two different colours (see figure), each piece measuring 20 cm, 50 cm and 50 cm. How much cloth of each colour is required for the umbrella ?

A design is made on a rectangular tile of dimensions "50 cm" xx "17" cm as shown in figure. The design shows 8 triangle, each of sides 26 cm, 17 cm and 25 cm. Find the total area of the design and the remaining area of the tiles.

An umbrella is made by stitching 10 triangular pieces of cloth of two different colour,each piece measuring 20cm,50cm and 50cm. How much cloth of each colour is required for the umbrella?

A cuboidal tin box opened at the top has dimensions 20 cm xx 16 cm xx 14 cm . What is the total area of metal sheet required to make 10 such boxes?

An umbrella is made by stitching 10 triangular peices of cloth of two different colours (See in Figure),each piece measuring 20cm,50cm and 50cm .How much cloth of each,50cm is required for the umbrella?

A design is madeon a rectangular tile as shown in the given figure. The design has eight triangles, each of the side 25 cm, 17 cm and 26 cm. Find the total cost of making the design at the rate of "3.50 per cm"^2.

A rectangle of perimeter 276 cm is cut into five equal squares as shown below. Find the area of each squares.

A wooden article was made by scooping out a hemisphere from each end of a solid cylinder, as shown in fig. If the height of the cylinder is 10 cm and its base is of radius 3.5 cm. Find the total surface area of the article.