(b) One diagonal and one side are given
AC = 6.5 cm and AB = 3.8 cm (i) Draw AC = 6.5 cm. (ii) With A as centre and radius 3.8 cm, draw arcs on either side of AC. (iii) With centre C and the same radius of 3.8 cm, cut these arcs at B and D. (iv) Join AB, BC, CD and AD. Then ABCD is the required rhombus...
AC = 6.5 cm and AB = 3.8 cm (i) Draw AC = 6.5 cm. (ii) With A as centre and radius 3.8 cm, draw arcs on either side of AC. (iii) With centre C and the same radius of 3.8 cm, cut these arcs at B and D. (iv) Join AB, BC, CD and AD. Then ABCD is the required rhombus...Theorem 1
Theorem 1 - If two sides of a triangle are equal, the angles opposite to them are equal. In AB = AC Draw AD, the bisector of to meet BC at ..
Theorem 1 - If two sides of a triangle are equal, the angles opposite to them are equal. In AB = AC Draw AD, the bisector of to meet BC at ..Theorem 1
Theorem 1 - Parallelograms on the same base and between the same parallels are equal in area. ABCD and ABEF are two parallelograms on the same base AB and between the same parallels AB, DE area (ABCD) = area (ABEF) An alternate way of proving this theorem is as follows: Since both paralle..
Theorem 1 - Parallelograms on the same base and between the same parallels are equal in area. ABCD and ABEF are two parallelograms on the same base AB and between the same parallels AB, DE area (ABCD) = area (ABEF) An alternate way of proving this theorem is as follows: Since both paralle..Theorem 1 Parallelograms on the same base and between the same parallels are equal in area. ABCD and ABEF are two parallelograms on the same base AB and between the same parallels AB, DE area (ABCD) = area (ABEF) An alternate way of proving this theorem is as follows: Since both parallelograms are between th..
Parallelograms on the same base and between the same parallels are equal in area. ABCD and ABEF are two parallelograms on the same base AB and between the same parallels AB, DE area (ABCD) = area (ABEF) An alternate way of proving this theorem is as follows: Since both parallelograms are between th..Activity 1:
Mark two distinct points A and B on the plane of your note book. Can you draw a line passing through A and B? By experience we find that we can draw only one line through two distinct points A and B. Hence "Given any two distinct points in a plane, there exists one and only l..
Mark two distinct points A and B on the plane of your note book. Can you draw a line passing through A and B? By experience we find that we can draw only one line through two distinct points A and B. Hence "Given any two distinct points in a plane, there exists one and only l..Question 1
Question: In two right triangles, an acute angle and a side of one are equal to the the angle and corresponding side of the other. Prove that the triangles are congruent. Answer: Given: In triangles ABC and DEF, BC = EF To prove: Proof: In triangles ABC and DEF...
Question: In two right triangles, an acute angle and a side of one are equal to the the angle and corresponding side of the other. Prove that the triangles are congruent. Answer: Given: In triangles ABC and DEF, BC = EF To prove: Proof: In triangles ABC and DEF...Theorem 1
Theorem 1 - In a polygon of 'n' sides, the sum of the interior angles is equal to (2n - 4) right angles. ABCDE is an n sided polygon. The sum of the interior angles = (2n - 4) right angles Take any point O inside the polygon. Join OA, OB, O..
Theorem 1 - In a polygon of 'n' sides, the sum of the interior angles is equal to (2n - 4) right angles. ABCDE is an n sided polygon. The sum of the interior angles = (2n - 4) right angles Take any point O inside the polygon. Join OA, OB, O..Theorem 1
If a straight line meets another straight line, the adjacent angles so formed are supplementary. A straight line CO meets straight line AB at ..
If a straight line meets another straight line, the adjacent angles so formed are supplementary. A straight line CO meets straight line AB at ..Activity 1:
Distance between parallel lines: Draw two lines along the two edges of a scale. You get parallel lines (l and m). Let l || m. ..
Distance between parallel lines: Draw two lines along the two edges of a scale. You get parallel lines (l and m). Let l || m. ..Activity 1: Distance between parallel lines: Draw two lines along the two edges of a scale. You get parallel lines (l and m). Let l || m. ..
Distance between parallel lines: Draw two lines along the two edges of a scale. You get parallel lines (l and m). Let l || m. ..See what our Users say :
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