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Step 1 Use the area formula to find the length of the other diagonal. A = __1 2 d 1 d 2 Area of a rhombus 4 = __1 2 (4)d 2 A = 4, d 1 = 4 2 = d 2 Solve for d 2. Step 2 Find the length of one diagonal. The height of the hexagon is equal to the sum of the long diagonals of two rhombi. Since the rhombi are congruent, the long diagonals must be ...
This assemblage of grade 6, grade 7 and grade 8 worksheets on finding the area of a trapezoid encompass skills to calculate the area whose dimensions are offered as integers, decimals and fractions. The problems are presented as geometrical shapes in type 1 and both figures and word format in type 2. Explore some of these worksheets for free!
First calculate the perimeter of each trapezoids by adding the lengths of the sides. Then find the area by multiplying the length of the base times the height.
179.4 km² 9) 1.8 km 5.4 km 7 km 23.76 km² 10) 7.2 cm 5.3 cm 6.5 cm 18.9 cm 78.65 cm² 11) 6 km 6.4 km 6.7 km 5.2 km 13.6 km 52 km² 12) 16.6 mi 6.7 mi 13.1 mi 18.5 mi 165.06 mi² 13) 4.1 cm 5 cm 10.9 cm 37.5 cm² 14) 6.2 yd 5.6 yd 4 yd 13.4 yd 38 yd²-2-Create your own worksheets like this one with Infinite Pre-Algebra. Free trial available ...
The resource includes twelve fun, printable games to aid your class practice in the calculation of the area of polygons including trapezoids, triangles, and composite shapes. The games cover the following activities.
Solve for the height of a trapezoid with an area of 24 in 2 and bases with lengths of 16 and 8 in.
Improve your math knowledge with free questions in "Area of trapezoids" and thousands of other math skills.
