CONGRUENCE OF TRIANGLES
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CONGRUENCE OF TRIANGLES

296091 By which of the following criterion two triangles cannot be proved congruent?

1 AAA
2 SSS
3 SAS
4 ASA
CONGRUENCE OF TRIANGLES

296092 \(\triangle\text{ABC}\) is right triangle in which \(\angle\text{A}=90^\circ\) and AB = AC. The values of \(\angle\text{B}\) and \(​​\angle\text{C}\) will be

1 \(\angle\text{B}=\angle\text{C}=30^\circ\)
2 \(\angle\text{B}=\angle\text{C}=50^\circ\)
3 \(\angle\text{B}=\angle\text{C}=45^\circ\)
4 \(\angle\text{B}=\angle\text{C}=60^\circ\)
CONGRUENCE OF TRIANGLES

296093 \(\triangle\text{ABC}\) and \(\triangle\text{PQR}\) are congruent under the correspondence: ABC ↔ RPQ, then the part of \(\triangle\text{ABC}\) that correspond to PQ is.

1 AC
2 AB
3 BC
4 None of thsese
CONGRUENCE OF TRIANGLES

296094 If ____sides of a triangle are respectively equal to the ____ sides of the other triangle, then the triangles are congruent:

1 Three
2 Two
3 One
4 None
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CONGRUENCE OF TRIANGLES

296091 By which of the following criterion two triangles cannot be proved congruent?

1 AAA
2 SSS
3 SAS
4 ASA
CONGRUENCE OF TRIANGLES

296092 \(\triangle\text{ABC}\) is right triangle in which \(\angle\text{A}=90^\circ\) and AB = AC. The values of \(\angle\text{B}\) and \(​​\angle\text{C}\) will be

1 \(\angle\text{B}=\angle\text{C}=30^\circ\)
2 \(\angle\text{B}=\angle\text{C}=50^\circ\)
3 \(\angle\text{B}=\angle\text{C}=45^\circ\)
4 \(\angle\text{B}=\angle\text{C}=60^\circ\)
CONGRUENCE OF TRIANGLES

296093 \(\triangle\text{ABC}\) and \(\triangle\text{PQR}\) are congruent under the correspondence: ABC ↔ RPQ, then the part of \(\triangle\text{ABC}\) that correspond to PQ is.

1 AC
2 AB
3 BC
4 None of thsese
CONGRUENCE OF TRIANGLES

296094 If ____sides of a triangle are respectively equal to the ____ sides of the other triangle, then the triangles are congruent:

1 Three
2 Two
3 One
4 None
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CONGRUENCE OF TRIANGLES

296091 By which of the following criterion two triangles cannot be proved congruent?

1 AAA
2 SSS
3 SAS
4 ASA
CONGRUENCE OF TRIANGLES

296092 \(\triangle\text{ABC}\) is right triangle in which \(\angle\text{A}=90^\circ\) and AB = AC. The values of \(\angle\text{B}\) and \(​​\angle\text{C}\) will be

1 \(\angle\text{B}=\angle\text{C}=30^\circ\)
2 \(\angle\text{B}=\angle\text{C}=50^\circ\)
3 \(\angle\text{B}=\angle\text{C}=45^\circ\)
4 \(\angle\text{B}=\angle\text{C}=60^\circ\)
CONGRUENCE OF TRIANGLES

296093 \(\triangle\text{ABC}\) and \(\triangle\text{PQR}\) are congruent under the correspondence: ABC ↔ RPQ, then the part of \(\triangle\text{ABC}\) that correspond to PQ is.

1 AC
2 AB
3 BC
4 None of thsese
CONGRUENCE OF TRIANGLES

296094 If ____sides of a triangle are respectively equal to the ____ sides of the other triangle, then the triangles are congruent:

1 Three
2 Two
3 One
4 None
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CONGRUENCE OF TRIANGLES

296091 By which of the following criterion two triangles cannot be proved congruent?

1 AAA
2 SSS
3 SAS
4 ASA
CONGRUENCE OF TRIANGLES

296092 \(\triangle\text{ABC}\) is right triangle in which \(\angle\text{A}=90^\circ\) and AB = AC. The values of \(\angle\text{B}\) and \(​​\angle\text{C}\) will be

1 \(\angle\text{B}=\angle\text{C}=30^\circ\)
2 \(\angle\text{B}=\angle\text{C}=50^\circ\)
3 \(\angle\text{B}=\angle\text{C}=45^\circ\)
4 \(\angle\text{B}=\angle\text{C}=60^\circ\)
CONGRUENCE OF TRIANGLES

296093 \(\triangle\text{ABC}\) and \(\triangle\text{PQR}\) are congruent under the correspondence: ABC ↔ RPQ, then the part of \(\triangle\text{ABC}\) that correspond to PQ is.

1 AC
2 AB
3 BC
4 None of thsese
CONGRUENCE OF TRIANGLES

296094 If ____sides of a triangle are respectively equal to the ____ sides of the other triangle, then the triangles are congruent:

1 Three
2 Two
3 One
4 None
For More Updates join with Us