A kite in the shape of a square with a diagonal `32 c m` and an isosceles triangle of base `8c m\ a n d\ s i d e s\ 6c m` each is to be made of three different shades as shown in Figure. How much paper of each shade has been used in it?

A kite in the shape of a square with a diagonal 32cm and an isosceles triangle of base 8cm and sides 6cm each is to be made of three different shades as shown in Fig.12.17. How much paper of each shade has been used in it?

A kite in the shape of a square with a diagonal 32 cm attached to an equilateral triagle of the base 8 cm. Approximately how much paper has been used to make it ? (Use sqrt(3) = 1.732 )

In Fig 31, A B C D is a rectangle with dimensions 32 m by 18 m. A D E is a triangle such that E F_|_A D and E F=14\ c mdot Calculate the area of the shaded region.

In Fig. 15.93, A B C D is a rectangle with A B=14\ c m and B C=7\ c m . Taking D C ,\ B C and A D as diameters, three semi-circles are drawn as shown in the figure. Find the area of the shaded region. (FIGURE)

In a parallelogram A B C D diagonals A C\ a n d\ B D intersect at O\ a n d\ A C=6. 8\ c m\ a n d\ B D=5. 6 c m . Find the measures of O C\ a n d\ O D .

Find the perimeter of each of the following shapes: An equilateral triangle of side 9cm. An isosceles triangle with equal side 8cm each and third side 6cm. An isosceles triangle A B C , with A B=A C=10 c m and altitude from A on B C equal to 8cm. A regular hexagon with each side measuring 8cm.

Find the area of the quadrilateral A B C D given in Figure. The diagonals A C and B D measure 48 m and 32 m respectively and are perpendicular to each other.

In square A B C D ,\ P\ a n d\ Q are mid-point of A B\ a n d\ C D respectively. If A B=8c m\ a n d\ P Q\ a n d\ B D intersect at O , then find area of O P B

How much paper of each shade is needed to make a kite given in figure, in which ABCD is a square with diagonal 44 cm.

A circle is inscribed in a A B C having side 8c m ,10 c ma n d12 c m as shown in Figure. Find A D ,B Ea n dC Fdot