The figure A has an area of 40 squared feet.
Why?
In order to know which of the combined rectangles has an area of 40 feet squared, we need to calculate the areas each one of the figures.
So, calculating we have:
<h3>
Figure A:</h3>
Two medium and equals rectangles and one big rectangle.

The figure A is the correct optiopn.
<h3>Figure B:</h3>
Two medium and equals rectangles and one small rectangle.

The figure B is discarded, it's area is less than 40 squared feet.
Figure C:
One medium rectangle and one big rectangle.

The figure C is discarded, it's area is larger than 40 squared feet.
Figure D:
One medium rectangle and one big rectangle:

The figure D is discarded, it's area is larger than 40 squared feet.
Hence, we have that the Figure A is the correct option.
Have a nice day!
<h3>
Answer: PR = 24</h3>
Explanation:
OQ = 10 is the radius, and so is segment RO. Both are the same length as they are the radii of the same circle. Triangle ORP has a leg of RO = 10 and a hypotenuse of PO = 26. The unknown side is PR = x.
Use the pythagorean theorem. We can use this theorem because the tangent formed (at point R) creates a 90 degree angle.
a^2 + b^2 = c^2
(PR)^2 + (RO)^2 = (PO)^2
x^2 + 10^2 = 26^2
x^2 + 100 = 676
x^2 = 676 - 100
x^2 = 576
x = sqrt(576) ... apply square root
x = 24
16 ..............::......
Answer:
the factored expression is
(d+6)(d+6) or (d+6)^2
Step-by-step explanation:
7(6+2) = 7(8)=56
The answer is:
7(6)=42 + 14=56