296022 By which congruency are the following pair of triangles congruent:
In \(\triangle\text{ABC}\) and \(\triangle\text{DEF},\angle\text{B}=\angle\text{E}=90^\circ,\) AC = DF and BC = EF.

296023 Which of the following rules of congruency says that \(\triangle\text{ABC}\cong\triangle\text{PQR}\)

296024 \(\triangle\text{APQ}\) is such that perpendicular bisector of side PQ bisect it at M and passes from vertex A. Then by using which of the following congruence rule it can be proved that \(\triangle\text{AMP} \cong \triangle\text{AM:}\)

296025 Directions: In the following questions, the Assertions (A) and Reason(s) (R) have been put forward. Read both the statements carefully and choose the correct alternative from the following:
Assertion : In a right triangle, the longest side is hypotenus
Reason: the side (hypotenuse) opposite to the largest angle will be the longest one.

296026 Which of the following condition even if satisfied, does not make the two triangles congruent?

296022 By which congruency are the following pair of triangles congruent:
In \(\triangle\text{ABC}\) and \(\triangle\text{DEF},\angle\text{B}=\angle\text{E}=90^\circ,\) AC = DF and BC = EF.

296023 Which of the following rules of congruency says that \(\triangle\text{ABC}\cong\triangle\text{PQR}\)

296024 \(\triangle\text{APQ}\) is such that perpendicular bisector of side PQ bisect it at M and passes from vertex A. Then by using which of the following congruence rule it can be proved that \(\triangle\text{AMP} \cong \triangle\text{AM:}\)

296025 Directions: In the following questions, the Assertions (A) and Reason(s) (R) have been put forward. Read both the statements carefully and choose the correct alternative from the following:
Assertion : In a right triangle, the longest side is hypotenus
Reason: the side (hypotenuse) opposite to the largest angle will be the longest one.

296026 Which of the following condition even if satisfied, does not make the two triangles congruent?

296022 By which congruency are the following pair of triangles congruent:
In \(\triangle\text{ABC}\) and \(\triangle\text{DEF},\angle\text{B}=\angle\text{E}=90^\circ,\) AC = DF and BC = EF.

296023 Which of the following rules of congruency says that \(\triangle\text{ABC}\cong\triangle\text{PQR}\)

296024 \(\triangle\text{APQ}\) is such that perpendicular bisector of side PQ bisect it at M and passes from vertex A. Then by using which of the following congruence rule it can be proved that \(\triangle\text{AMP} \cong \triangle\text{AM:}\)

296025 Directions: In the following questions, the Assertions (A) and Reason(s) (R) have been put forward. Read both the statements carefully and choose the correct alternative from the following:
Assertion : In a right triangle, the longest side is hypotenus
Reason: the side (hypotenuse) opposite to the largest angle will be the longest one.

296026 Which of the following condition even if satisfied, does not make the two triangles congruent?

296022 By which congruency are the following pair of triangles congruent:
In \(\triangle\text{ABC}\) and \(\triangle\text{DEF},\angle\text{B}=\angle\text{E}=90^\circ,\) AC = DF and BC = EF.

296023 Which of the following rules of congruency says that \(\triangle\text{ABC}\cong\triangle\text{PQR}\)

296024 \(\triangle\text{APQ}\) is such that perpendicular bisector of side PQ bisect it at M and passes from vertex A. Then by using which of the following congruence rule it can be proved that \(\triangle\text{AMP} \cong \triangle\text{AM:}\)

296025 Directions: In the following questions, the Assertions (A) and Reason(s) (R) have been put forward. Read both the statements carefully and choose the correct alternative from the following:
Assertion : In a right triangle, the longest side is hypotenus
Reason: the side (hypotenuse) opposite to the largest angle will be the longest one.

296026 Which of the following condition even if satisfied, does not make the two triangles congruent?

296022 By which congruency are the following pair of triangles congruent:
In \(\triangle\text{ABC}\) and \(\triangle\text{DEF},\angle\text{B}=\angle\text{E}=90^\circ,\) AC = DF and BC = EF.

296023 Which of the following rules of congruency says that \(\triangle\text{ABC}\cong\triangle\text{PQR}\)

296024 \(\triangle\text{APQ}\) is such that perpendicular bisector of side PQ bisect it at M and passes from vertex A. Then by using which of the following congruence rule it can be proved that \(\triangle\text{AMP} \cong \triangle\text{AM:}\)

296025 Directions: In the following questions, the Assertions (A) and Reason(s) (R) have been put forward. Read both the statements carefully and choose the correct alternative from the following:
Assertion : In a right triangle, the longest side is hypotenus
Reason: the side (hypotenuse) opposite to the largest angle will be the longest one.

296026 Which of the following condition even if satisfied, does not make the two triangles congruent?