# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
You would calculate the area of a segment in a circle by using the formula A = (½) × r ² × [(π/180) θ – sin θ]

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a
circle. The area enclosed by a
segment and the angle subtended
by a segment is called a sector.
The area of the segment of a circle
is determined by subtracting the
triangle formed inside the sector
from the sector which has the
segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
A segment is an interior region of a circle. The area enclosed by a segment and the angle subtended by a segment is called a sector. The area of the segment of a circle is determined by subtracting the triangle formed inside the sector from the sector which has the segment.

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB.

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
If two chords intersect in a circle
then the products of the measures
of the segments of the chords are
equal. In the circle, the two chords
"AC and BD intersect at point E.
So, AE-EC=DE EB

# data[].attributes.body
two chords intersect in a circle , then the products of the measures of the segments of the chords are equal. In the circle, the two chords ¯AC and ¯BD intersect at point E . So, AE⋅EC=DE⋅EB ..

# data[].attributes.body
two chords intersect in a circle , then the products of the measures of the segments of the chords are equal. In the circle, the two chords ¯AC and ¯BD intersect at point E . So, AE⋅EC=DE⋅EB .

# data[].attributes.body
two chords intersect in a circle , then the products of the measures of the segments of the chords are equal. In the circle, the two chords ¯AC and ¯BD intersect at point E . So, AE⋅EC=DE⋅EB .

# data[].attributes.body
If two chords intersect in a circle , then the products of the measures of the segments of the chords are equal. In the circle, the two chords ¯AC and ¯BD intersect at point E . So, AE⋅EC=DE⋅EB .

# data[].attributes.body
If two chords intersect in a circle , then the products of the measures of the segments of the chords are equal. In the circle, the two chords ¯AC and ¯BD intersect at point E . So, AE⋅EC=DE⋅EB .