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1. #1. Circle Exercise.mp4
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MP4
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28.8 MB
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1. #1. Circle Exercise.srt
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SRT
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6.1 KB
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1. Basic Geometrical Terms Point, St. Line, Line Segment, Parallel Line, Angle etc.mp4
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MP4
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44.1 MB
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1. Basic Geometrical Terms Point, St. Line, Line Segment, Parallel Line, Angle etc.srt
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SRT
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8.5 KB
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1. Circle Concept.mp4
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MP4
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23.6 MB
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1. Circle Concept.srt
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SRT
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4.6 KB
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1. Exercise based on theorem 1.mp4
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MP4
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38.1 MB
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1. Exercise based on theorem 1.srt
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SRT
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7.7 KB
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1. Quadrilateral Overview.mp4
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MP4
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27.6 MB
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1. Quadrilateral Overview.srt
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SRT
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5 KB
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1. S.S.S Fact.mp4
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MP4
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24.4 MB
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1. S.S.S Fact.srt
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SRT
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4.4 KB
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1. Similarity Concept Overview.mp4
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MP4
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30.9 MB
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1. Similarity Concept Overview.srt
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SRT
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7 KB
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1. Theorem 1 Parallelograms standing on same base & between same parallel lines.mp4
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MP4
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101.6 MB
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1. Theorem 1 Parallelograms standing on same base & between same parallel lines.srt
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SRT
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13 KB
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1. Theorem 1 The perpendicular drawn from centre of circle to chord bisect chord.mp4
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MP4
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48.4 MB
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1. Theorem 1 The perpendicular drawn from centre of circle to chord bisect chord.srt
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SRT
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8.4 KB
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1. Theorem 1 The sum of three angles of triangle is two right angles.mp4
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MP4
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57.3 MB
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1. Theorem 1 The sum of three angles of triangle is two right angles.srt
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SRT
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8.2 KB
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1. Theorem 1.mp4
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MP4
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93.6 MB
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1. Theorem 1.srt
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SRT
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12.6 KB
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1. Theorem 3 Base angles of an isosceles triangle are equal.mp4
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MP4
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65.4 MB
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1. Theorem 3 Base angles of an isosceles triangle are equal.srt
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SRT
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10.8 KB
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1. Types of Triangle Based on sizes of angles.mp4
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MP4
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22.7 MB
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1. Types of Triangle Based on sizes of angles.srt
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SRT
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4.9 KB
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2. #1. Worked out example based on similarity.mp4
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MP4
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53.5 MB
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2. #1. Worked out example based on similarity.srt
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SRT
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8.5 KB
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2. #2. Circle Exercise.mp4
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MP4
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19.6 MB
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2. #2. Circle Exercise.srt
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SRT
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4.4 KB
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2. Circumference.mp4
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MP4
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7.4 MB
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2. Circumference.srt
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SRT
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2.1 KB
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2. Exercise based on theorem 2.mp4
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MP4
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114.2 MB
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2. Exercise based on theorem 2.srt
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SRT
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19.2 KB
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2. Important quiz based on theorem 1..html
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HTML
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204.8 B
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2. S.A.S Fact.mp4
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MP4
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28.6 MB
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2. S.A.S Fact.srt
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SRT
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6.1 KB
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2. Theorem 2 The relation between line joining between midpoint & centre of circle.mp4
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MP4
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56.5 MB
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2. Theorem 2 The relation between line joining between midpoint & centre of circle.srt
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SRT
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9.1 KB
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2. Theorem 2 The relation between ⃤ & ▱ on the same base and same parallel lines.mp4
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MP4
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73.8 MB
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2. Theorem 2 The relation between ⃤ & ▱ on the same base and same parallel lines.srt
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SRT
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9.7 KB
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2. Theorem 2.mp4
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MP4
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78.2 MB
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2. Theorem 2.srt
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SRT
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11.8 KB
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2. Theorem 4 if two angles of a triangle are equal, it is an isosceles triangle.mp4
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MP4
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45.7 MB
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2. Theorem 4 if two angles of a triangle are equal, it is an isosceles triangle.srt
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SRT
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7 KB
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2. Trapezium Overview.mp4
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MP4
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32.6 MB
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2. Trapezium Overview.srt
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SRT
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5.6 KB
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2. Types of Angles Based on size of angles.mp4
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MP4
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22.2 MB
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2. Types of Angles Based on size of angles.srt
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SRT
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4.5 KB
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2. Types of Triangle Based on the length of the sides of triangles.mp4
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MP4
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13.7 MB
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2. Types of Triangle Based on the length of the sides of triangles.srt
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SRT
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3.6 KB
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3. #2. Worked out example based on similarity.mp4
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MP4
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15.3 MB
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3. #2. Worked out example based on similarity.srt
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SRT
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2.8 KB
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3. #3. Circle Exercise.mp4
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MP4
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29.6 MB
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3. #3. Circle Exercise.srt
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SRT
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6.2 KB
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3. A.S.A. Fact.mp4
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MP4
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28.7 MB
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3. A.S.A. Fact.srt
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SRT
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5.4 KB
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3. Exercise based on isosceles triangle and it's theorem.mp4
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MP4
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106.7 MB
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3. Exercise based on isosceles triangle and it's theorem.srt
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SRT
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18.5 KB
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3. Parallelogram Overview.mp4
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MP4
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23 MB
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3. Parallelogram Overview.srt
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SRT
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4.8 KB
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3. Radius & Diameter.mp4
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MP4
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30.2 MB
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3. Radius & Diameter.srt
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SRT
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4.6 KB
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3. Theorem 2 The exterior angle is equal to sum of two opposite interior angles.mp4
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MP4
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42.2 MB
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3. Theorem 2 The exterior angle is equal to sum of two opposite interior angles.srt
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SRT
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6.5 KB
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3. Theorem 3 The opposite angles and sides of a parallelogram are equal.mp4
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MP4
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70.4 MB
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3. Theorem 3 The opposite angles and sides of a parallelogram are equal.srt
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SRT
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10.6 KB
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3. Theorem 3 The perpendicular bisector of a chord passes through centre of circle.mp4
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MP4
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57 MB
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3. Theorem 3 The perpendicular bisector of a chord passes through centre of circle.srt
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SRT
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7.5 KB
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3. Theorem 3 The relation between △'s on the same base and parallel lines.mp4
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MP4
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45.2 MB
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3. Theorem 3 The relation between △'s on the same base and parallel lines.srt
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SRT
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6.4 KB
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3. Theorem 5 The relation between bisector of vertical angle and it's base.mp4
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MP4
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73.5 MB
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3. Theorem 5 The relation between bisector of vertical angle and it's base.srt
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SRT
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10.4 KB
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3. Types of pairs of angles Based on their construction & properties.mp4
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MP4
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119.4 MB
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3. Types of pairs of angles Based on their construction & properties.srt
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SRT
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18.7 KB
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4. #3. Worked out example based on similarity.mp4
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MP4
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45.6 MB
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4. #3. Worked out example based on similarity.srt
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SRT
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7.3 KB
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4. #4. Circle Exercise.mp4
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MP4
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22.1 MB
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4. #4. Circle Exercise.srt
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SRT
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4.6 KB
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4. Axioms Overview.mp4
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MP4
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49.7 MB
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4. Axioms Overview.srt
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SRT
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7.3 KB
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4. Exercise based on mid-point theorem.mp4
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MP4
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106.5 MB
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4. Exercise based on mid-point theorem.srt
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SRT
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17.2 KB
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4. R.H.S. Fact.mp4
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MP4
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27.9 MB
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4. R.H.S. Fact.srt
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SRT
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5.5 KB
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4. Rectangle Overview.mp4
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MP4
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18.6 MB
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4. Rectangle Overview.srt
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SRT
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3.9 KB
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4. Semi-Circle.mp4
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MP4
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8 MB
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4. Semi-Circle.srt
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SRT
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2.3 KB
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4. Theorem 4 (Converse of previous theorem 3).mp4
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MP4
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59.8 MB
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4. Theorem 4 (Converse of previous theorem 3).srt
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SRT
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10 KB
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4. Theorem 4 In a circle, equal chords are equidistant from the centre.mp4
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MP4
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81.3 MB
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4. Theorem 4 In a circle, equal chords are equidistant from the centre.srt
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SRT
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9.6 KB
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4. Theorem 6 The relation between the line joining the vertex and base.mp4
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MP4
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69.4 MB
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4. Theorem 6 The relation between the line joining the vertex and base.srt
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SRT
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10.5 KB
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5. #4. Worked out example based on similarity.mp4
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MP4
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26.1 MB
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5. #4. Worked out example based on similarity.srt
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SRT
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5.9 KB
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5. #5. Circle Exercise.mp4
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MP4
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15.5 MB
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5. #5. Circle Exercise.srt
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SRT
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3 KB
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5. A.A.S. Fact.mp4
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MP4
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25.2 MB
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5. A.A.S. Fact.srt
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SRT
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5 KB
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5. Arc.mp4
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MP4
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7.9 MB
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5. Arc.srt
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SRT
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1.8 KB
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5. Square Overview.mp4
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MP4
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39.5 MB
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5. Square Overview.srt
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SRT
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6.8 KB
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5. Theorem 5 (Converse of previous theorem 3).mp4
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MP4
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68.6 MB
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5. Theorem 5 (Converse of previous theorem 3).srt
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SRT
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9.1 KB
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5. Theorem 5 Chords which are equidistant from the centre of a circle are equal.mp4
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MP4
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70.9 MB
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5. Theorem 5 Chords which are equidistant from the centre of a circle are equal.srt
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SRT
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9.3 KB
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6. #5. Worked out example based on similarity.mp4
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MP4
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20.3 MB
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6. #5. Worked out example based on similarity.srt
|
SRT
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5.6 KB
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6. #6. Circle Exercise.mp4
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MP4
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22.9 MB
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6. #6. Circle Exercise.srt
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SRT
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4.8 KB
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6. Chord.mp4
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MP4
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14.9 MB
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6. Chord.srt
|
SRT
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3.4 KB
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6. Rhombus Overview.mp4
|
MP4
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29.9 MB
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6. Rhombus Overview.srt
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SRT
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5.1 KB
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6. Theorem 6 The centre angle is double the angle at the circumference on same arc.mp4
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MP4
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79.1 MB
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6. Theorem 6 The centre angle is double the angle at the circumference on same arc.srt
|
SRT
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10.7 KB
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6. Theorem 6 The diagonals of a parallelogram bisect each other.mp4
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MP4
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47.8 MB
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6. Theorem 6 The diagonals of a parallelogram bisect each other.srt
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SRT
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7.6 KB
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7. #6. Worked out example based on similarity.mp4
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MP4
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39.1 MB
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7. #6. Worked out example based on similarity.srt
|
SRT
|
6.3 KB
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7. Segment & Sector.mp4
|
MP4
|
20.7 MB
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7. Segment & Sector.srt
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SRT
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3.3 KB
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7. Theorem 7 Angles in the circumference standing on the same arc are equal.mp4
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MP4
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50.2 MB
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7. Theorem 7 Angles in the circumference standing on the same arc are equal.srt
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SRT
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9.2 KB
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7. Theorem 7 If diagonals of a quadri. bisect each other, quad. is parallelogram.mp4
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MP4
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86.9 MB
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7. Theorem 7 If diagonals of a quadri. bisect each other, quad. is parallelogram.srt
|
SRT
|
11.3 KB
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8. #7. Worked out example based on similarity.mp4
|
MP4
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61.6 MB
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8. #7. Worked out example based on similarity.srt
|
SRT
|
8.8 KB
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8. Concentric & Intersecting Circles.mp4
|
MP4
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16.2 MB
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8. Concentric & Intersecting Circles.srt
|
SRT
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3 KB
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8. Exercise Some important solution based on parallelogram theorem.mp4
|
MP4
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70.5 MB
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8. Exercise Some important solution based on parallelogram theorem.srt
|
SRT
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12.5 KB
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8. Theorem 8 The opposite angles of cyclic quadrilateral are supplementary.mp4
|
MP4
|
87 MB
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8. Theorem 8 The opposite angles of cyclic quadrilateral are supplementary.srt
|
SRT
|
11.9 KB
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9. Tangent and Secant Concept.mp4
|
MP4
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15.7 MB
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9. Tangent and Secant Concept.srt
|
SRT
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3.4 KB
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9. Theorem 9 The relation between exterior angle of cyclic quadri. & Opp. Int. ang.mp4
|
MP4
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43 MB
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9. Theorem 9 The relation between exterior angle of cyclic quadri. & Opp. Int. ang.srt
|
SRT
|
7.2 KB
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Bonus Resources.txt
|
TXT
|
409.6 B
|
|
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Get Bonus Downloads Here.url
|
URL
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204.8 B
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