fulse
That would certainly do it.
Multiply ( pi R2 ) by [ (angle included in the sector) / 360 ].
In a unit circle, the arc length ( s ) is directly equal to the angle ( \theta ) in radians. Therefore, if the arc length of a sector is 3 radians, the measure of the angle of the sector is also 3 radians.
It is found by: (sector area/entire circle area) times 360 in degrees
Yes as for example in the case of a sector of a circle.
Area of sector/Area of circle = Angle of sector/360o Area of sector = (Area of circle*Angle of sector)/360o
No. Assuming the measure of the arc is in some units of length along the curve, you have to divide the result by the circumference of the circle. Basically, you need to multiply the area of the whole circle by the fraction of the whole circle that the sector accounts for.
That would certainly do it.
Divide the area of the sector by 360 and multiply it to the area. The area of the sector is 5 square inches.
Multiply ( pi R2 ) by [ (angle included in the sector) / 360 ].
Multiply ( pi R2 ) by [ (angle included in the sector) / 360 ].
Sector
In a unit circle, the arc length ( s ) is directly equal to the angle ( \theta ) in radians. Therefore, if the arc length of a sector is 3 radians, the measure of the angle of the sector is also 3 radians.
Divide the angle sector by 360 and multiply it by 24 square meters. The area is equal to 3 square meters.
6.5
The latitude of the Arctic Circle was determined around 300 B.C. by the Greek astronomer and mathematician Eratosthenes. He calculated it to be approximately 66.5 degrees north of the Equator.
For A+ it's 20