Formula for Area of Parallelogram

Q.

A flooring tile has the shape of a parallelogram whose base is 24 cm and the corresponding height is 10 cm. The number such tiles required to cover a floor of area 1080 $m^2$ is

1. 34000
2. 45000
3. 44000
4. 54000

Q.

In the given figure, ABCD is a parallelogram. DL is perpendicular to AB and AB =AD =13 cm. If the area of parallelogram is $156c{m}^2$ then, AL = ____.

1. 6 cm

2. 5 cm

3. 3 cm

4. 1 cm

Q.

A hall is in the shape of a parallelogram. One of the parallel walls measures 8 m. The perpendicular distance corresponding to that wall is 1.75 times the length of this wall. If the cost of carpeting the hall is Rs.2 per $m^2$ , find the total cost of carpeting the hall.

1. 224

2. 264

3. 642

4. 292

Q.

Find the base length of a parallelogram if the area is 24 $m^2$ and the corresponding height is 8 m.

1. 5 m
2. 1 m

3. 3 m

4. 4 m

Q.

The area of a parallelogram with base 'b' and height 'h' is :

1. 4bh

2. 0.3bh

3. bh

4. 0.5bh

Q.

A mat shaped in a parallelogram has a height of 4 cm and a base of 3 cm. How much would it cost to cover a parallelogram shaped hall with an area of 180 sq. cm with mats, if 1 mat costs Rs.7?

1. Rs. 95

2. Rs. 105

3. Rs. 115

4. Rs. 135

Q.

The area of a parallelogram with base 6 cm and height 3 cm is :

1. 18 sq cm

2. 9 sq cm

3. 10 sq cm

4. 20 sq cm

Q.

In the given figure, ABCD is a parallelogram. DL is perpendicular to AB and AB = 12 cm. AD = 10 cm. If the area of parallelogram is $156c{m}^2$ then, AL = __

1. 8 cm

2. 2 cm

3. 5 cm

4. 18 cm

Q.

The top surface of a sweet is in the form of a parallelogram. Length of the base is equal to 4 cm and the height is equal to 3 cm. Find the area of the top surface which is in the form of a parallelogram.

1. 12 square cm.

2. 24 square cm.

3. 18 square cm.

4. 26 square cm.

Q.

After bursting crackers, you were having food and watching Mission Impossible. It was the climax and Ethan hunt was going to land on a place as given in the figure. With a gadget he got a blue print of the place and the measurements. Find the area of the place where he can land.

1. 12m²

2. 16 m²

3. 9 m²

4. 10 m²