Area of Parallelograms and Triangles Worksheets

Area of Parallelograms and Triangles Worksheets

Area of Parallelograms and Triangles Worksheets with Answers

 

Area of Parallelograms and Triangles Worksheets play a vital role in strengthening the maths concepts. After studying the concepts of mathematics, revision of Area of Parallelograms and Triangles Worksheets is very important for the students. This assesses the preparation of the students. Students can assess themselves by its own by solving the Area of Parallelograms and Triangles Worksheets. Parents and teachers can also assess the students by giving them these Area of Parallelograms and Triangles Worksheets to solve.

Maths-formula brings such worksheets on Area of Parallelograms and Triangles Class 9 for you. The theorems on area of a parallelogram and a triangle are introduced in class 9. I am providing the worksheets based on those theorems. By solving these Area of Parallelograms and Triangles Worksheets, you can increase the understanding of the concepts learnt. These worksheets are prepared by experienced teachers and subject matter experts.

Thus, let us try to attempt these questions to solve and assess yourself. Parents and teachers can also give these questions to the students to test them. Unit tests can also be prepared by the teachers using these Area of Parallelograms and Triangles Worksheets.

 

Area of Parallelograms and Triangles Worksheet 1

 

1. In the following figure p || q, area of ΔABC is 36 sq. units, then what will be the area of ΔBAD?

                                        

2. In the given figure, ABCD is a rectangle and X is any point on CD such that the area of ΔAXB = 16 cm2. Find the area of the rectangle ABCD.

 

3. In the given figure, BC || XY. Show that area (ΔOBX) = area (ΔOCY).

4. In the given figure, find the height of ΔPOS.

                                       

5. State true or false.

a. Parallelograms with equal bases and between the same parallel lines are equal in area.

b. A diagonal of a parallelogram divides it into two congruent triangles having different area.

c. If the area of a triangle is 25.5 cm2, then 51 cm2 is the area of a parallelogram when triangle and parallelogram are on the same base and between the same parallel lines.

6. In the given figure two ||gms PQRS and PQZY are shown. If the area of ||gm PQRS is 38.4 cm2 and PQ = 6 cm, then find the height of ||gm PQZY.

                                               

7. In the given figure, AD and BE are medians of ΔABC and ΔABD respectively. Show that area (ΔBEC) = area (ΔABD).                   

8. In the given figure, ABCD is a parallelogram and AD || FE || BC. Prove that area (ΔAEB) = area (ΔDFC).

                                        

9. In the given figure, ABCD and ABEF are two parallelograms on the same base AB. Show that area (ΔADB) = area (ΔEBF).


                            

Area of Parallelograms and Triangles Worksheet 2

 

1. In the given figure ABCD is a square of side 13 cm and ABEF is a parallelogram. Find                                         


a. the area of || gm ABEF                                            

b. the area of ΔXEF

 

2. Given two parallelograms ABCD and EFCD. Show that area (ΔMAC) = 1/2 area (||gm ABCD)

 

3. PQRS is a parallelogram where PN RS and RT PS. If QR = 10 cm, RT = 9 cm and PN = 4 cm, find RS.           

4. ABDC is a parallelogram. E and F are the midpoints of sides AC and BD respectively. Show that area (|| gm ABFE) = area (|| gm CDFE).

                        

5. In the given figure, O is a point in the interior of a parallelogram ABCD. Show that area (ΔAOD) + area (Δ OBC) = area (ΔAOB) + area (ΔCOD)                            

6. Given ABCD is a quadrilateral and area (ΔAOD) = area (BOC). Show that the quadrilateral is a parallelogram.                                          

7. In the given figure, E is any point on the median AD of ΔABC. Show that

a. area (Δ EDB) = area (ΔEDC)

b. area (ΔABE) = area (ΔACE)

           

8. ABCD is parallelogram. Given, AM BC, CNAD such that CM = AN. Prove that area (Δ ABM) = area (Δ CDN).

             


ANSWERS

Worksheet 1

1. 36 sq. units      2. 32 cm2

3. Do it yourself

4. 3 cm

5. a. True          b. False

    c. True

6. 6.4 cm

7. Do it yourself

8. Do it yourself

9. Do it yourself

 

Worksheet 2

1. a. 169 cm2      b. 84.5 cm2

2. Do it yourself

3. 22.5 cm

4. Do it yourself

5. Do it yourself

6. Do it yourself

7. Do it yourself

8. Do it yourself


Maths Worksheets for Other Chapters of Class 9

1. Surface area and volume class 9 worksheets

2. Circles class 9 worksheets

4. Triangles class 9 worksheets

5. Number system class 9 worksheets

6. Polynomials class 9 worksheets

7. Coordinate geometry class 9 worksheets

8. Linear equations in two variables class 9 worksheets

9. Introduction to Euclid’s geometry class 9 worksheets

10. Lines and angles class 9 worksheets

11. Quadrilaterals class 9 worksheet

12. Heron’s formula class 9 worksheet

13. Statistics class 9 worksheets

14. Probability class 9 worksheet

 


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