Answer:
I think its $1,913.34
Step-by-step explanation:
7.25 + 100 = 107.25 divided by 100 = 1.0725 x 1784 = 1913.34
Answer:
13.09 in²
Step-by-step explanation:
<u>Formula to find the Area of Segment:</u>
- <em>A= (θ × π/360° − sin(θ)/2) × r², where θ = arc in degrees, r = radius of circle</em>
<em>We need to find the radius of the circle for our calculation of area of the segment.</em>
<em>Refer to picture.</em>
<u>The right triangle ΔOBC has:</u>
- BC= 1/2 of chord AB = 8 in/2 = 4 in
- ∠COB = 1/2 θ= 1/2*120° = 60°
<u>Since ΔOBC is 30-60-90 triangle:</u>
<u>Then the area of segment:</u>
- A= (θ × π/360° − sin(θ)/2) × r² =
- (120° × π/360° − sin(120°)/2) × (8√3/3)² =
- (3.14/3 - √3/4)× 64/3 =
- 13.09 in²
<u>Answer:</u> 13.09 in²
All real numbers, domain of definition is from -infinity till + infinity
The answer is B
We get this by multiplying 60 minutes by 0.8 which gives us 48 minutes, then we multiply thar number by 0.7 which gives us 33.6 minutes, which we divide 33.6 by 60 to get our number of hours which is 0.56.
If you subtract 180 from <1 which is 6 then subtract again to <12 your should get B