https://padlet.com/felixmariano2/5wzi8d10higw0e16 Write your response to the topic on every column as well as your reactions to other classmate comments en-us 2022-05-29 14:48:09 UTC 2022-06-03 16:23:44 UTC hello@padlet.com https://padlet.net/icons/png/1f9d4.png https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2205450921 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 .]]> 2022-05-31 04:18:32 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2205450921 jhilliard21 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206307397 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 .]]> 2022-05-31 15:59:20 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206307397 chernandez338 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206307765  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 .]]> 2022-05-31 15:59:40 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206307765 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206309582 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 .]]> 2022-05-31 16:01:04 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206309582 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206310410 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 ..]]> 2022-05-31 16:01:48 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206310410 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206310473 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]]> 2022-05-31 16:01:52 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206310473 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206311403 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

]]> 2022-05-31 16:02:39 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206311403 rmald27 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206314918 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.]]> 2022-05-31 16:05:17 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206314918 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206320156 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]]> 2022-05-31 16:09:21 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206320156 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206320536 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]]> 2022-05-31 16:09:39 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206320536 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206320755 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]]> 2022-05-31 16:09:51 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206320755 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206323269 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]]> 2022-05-31 16:11:37 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206323269 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206323451 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]]> 2022-05-31 16:11:47 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206323451 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206324276 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]]> 2022-05-31 16:12:22 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206324276 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206324632 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

]]> 2022-05-31 16:12:40 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2206324632 jhilliard21 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207380570 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.]]> 2022-06-01 11:21:31 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207380570 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207439055 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.]]> 2022-06-01 12:25:13 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207439055 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207735210 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.]]> 2022-06-01 16:12:30 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207735210 chernandez338 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207735686 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.]]> 2022-06-01 16:12:59 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207735686 rmald27 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207736504 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.]]> 2022-06-01 16:13:42 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207736504 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207737243 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.]]> 2022-06-01 16:14:25 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207737243 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207737864 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.]]> 2022-06-01 16:14:59 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207737864 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738190 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.

]]> 2022-06-01 16:15:16 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738190 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738378 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.]]> 2022-06-01 16:15:26 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738378 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738550 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.]]> 2022-06-01 16:15:37 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738550 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738804 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.]]> 2022-06-01 16:15:51 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207738804 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207739596 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]]> 2022-06-01 16:16:37 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207739596 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207739902 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.]]> 2022-06-01 16:16:52 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207739902 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207740857 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.]]> 2022-06-01 16:17:48 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207740857 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207742090 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.]]> 2022-06-01 16:18:57 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207742090 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207745477 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.]]> 2022-06-01 16:21:58 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207745477 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207750733 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]]> 2022-06-01 16:26:26 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207750733 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207751160 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.]]> 2022-06-01 16:26:48 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207751160 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207754329 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.]]> 2022-06-01 16:29:24 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207754329 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207754735 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.]]> 2022-06-01 16:29:39 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2207754735 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2208319066 You would calculate the area of a segment in a circle by using the formula A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 02:41:47 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2208319066 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2208320047 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 02:42:35 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2208320047 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209118897 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 15:29:45 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209118897 jhilliard21 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209152343 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 15:58:51 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209152343 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209153078 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]]> 2022-06-02 15:59:27 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209153078 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209153332 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.]]> 2022-06-02 15:59:42 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209153332 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209153487 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 15:59:52 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209153487 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209156587 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:02:48 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209156587 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209156938 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:03:08 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209156938 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209156944 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

]]> 2022-06-02 16:03:08 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209156944 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209157180 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:03:22 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209157180 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209157930 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:04:01 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209157930 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158062 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:04:08 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158062 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158180 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:04:16 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158180 rmald27 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158422 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:04:30 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158422 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158451 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]

]]> 2022-06-02 16:04:31 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209158451 chernandez338 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209200243 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-02 16:40:32 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2209200243 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210346871 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-03 16:03:31 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210346871 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210349176 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-03 16:06:19 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210349176 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210358097 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-03 16:16:21 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210358097 https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210363676 You would calculate the area of a segment in a circle by using the formula  A = (½) × r ² × [(π/180) θ – sin θ]]]> 2022-06-03 16:22:48 UTC https://padlet.com/felixmariano2/5wzi8d10higw0e16/wish/2210363676