Well if all angles are suppose to add up to 360 degrees you can the angles to see if the equal up to 360 degrees, 264+96=360.
Answer:
<u>963.73 m²</u>
Step-by-step explanation:
<u>To Find :-</u>
Area of the figure
<u>Solving :-</u>
Area (figure) = Area (triangle) + Area (semicircle)
= 1/2bh + 1/2πr²
= 1/2 (30 x 34 + 3.14 x 17 x 17)
= 1/2 (1020 + 289 x 3.14)
= 1/2 (1020 + 907.46)
= 1/2 (1927.46)
= <u>963.73 m²</u>
I believe it's (-1,-3)
I hope this helps
$12552 because after rebate $3,138 would be reduced from the price making the ending price be $12,552
As a first step, convert to cylindrical coordinates. The equation

is a clue to set


then have

and

. Meanwhile, the plane equation tells you to use

So we parameterize the part of the plane within the cylinder with the vector-valued function

The surface integral giving the area of the surface is

where

denotes the surface in question, and the surface element

is

We have



So the area is