Math, asked by Souravkv4725, 10 months ago

Which statements are true about the area of the figure? Check all that apply.
A figure can be broken into 2 rectangles. One rectangle has a base of 3 and one-half and a height of 2 and one-half. The other rectangle has a base of one-half and a height of one-half.
The area can be found by multiplying 3 by 2One-half and adding the product of One-half and One-half.
The area can be found by multiplying 3 by 3 and one-half and then subtracting the product of 3 and One-half.
The area can be found by multiplying 3 by 2One-half and adding the product of 3 and One-half.
The area can be found by multiplying 3 by 3 and one-half and then subtracting the product of 2One-half and One-half.
The area can be found by multiplying 2One-half by 3One-half and adding the product of One-half and One-half.
The area is 7Three-fourths square units.
The area is 9One-fourth square units.
The area is 9 square units.

Answers

Answered by amitnrw
0

Given : A figure can be broken into 2 rectangles. One rectangle has a base of 3 and one-half and a height of 2 and one-half. The other rectangle has a base of one-half and a height of one-half.

To find :  area  

Solution:

See the attache figure

The area can be found by multiplying 3 by 2One-half and adding the product of One-half and One-half.

The area can be found by multiplying 3 by 2One-half and adding the product of 3 and One-half.

Area = 3 * 2.5  + 3(1/2)

= 7.5 + 1.5

= 9 square units

The area can be found by multiplying 3 by 3 and one-half and then subtracting the product of 3 and One-half.

3 * 3.5   -  3 * (1/2)

= 10.5 - 1.5

= 9

The area can be found by multiplying 2One-half by 3One-half and adding the product of One-half and One-half.

or (2.5) * (3.5)  + (1/2)(1/4)

= 8.75 + 0.25

= 9 square units.

The area is 9  square units.

Learn more:

in the given figure EADF is a rectangle and ABC is a rectangle ...

brainly.in/question/13113906

Which statements are true about the area of the figure? Check all ...

https://brainly.in/question/16862278

Attachments:
Similar questions