CONGRUENCE OF TRIANGLES
CONGRUENCE OF TRIANGLES

296095 Given below are measurements of some parts of two triangles. Write the result in symbolic form if they are congruent.
In \(\triangle\text{ABC}\)
\(\angle\text{A}=90^\circ,\text{AC}=5\text{cm},\text{BC}=9\text{cm}\)
In APQR,
\(\angle\text{P}=90^\circ,\text{PR}=3\text{cm},\text{QR}=8\text{cm}\)

1 Are congruent
2 Are not congruent
CONGRUENCE OF TRIANGLES

296096 In △ABC, if AB = 7 cm, ∠A = 40\(^{1}\) and ∠B = 70\(^{1}\), which criterion can be used to construct this triangle?

1 ASA
2 SSS
3 SAS
4 RHS
CONGRUENCE OF TRIANGLES

296097 What is the side included between the angles A and B in \(\triangle\text{ABC}?\)

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

296098 Under a given correspondence, two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other.’ The above is known as

1 SSS congruence of two triangles
2 SAS congruence of two triangles
3 ASA congruence of two triangles
4 RHS congruence of two right-angled triangles
CONGRUENCE OF TRIANGLES

296095 Given below are measurements of some parts of two triangles. Write the result in symbolic form if they are congruent.
In \(\triangle\text{ABC}\)
\(\angle\text{A}=90^\circ,\text{AC}=5\text{cm},\text{BC}=9\text{cm}\)
In APQR,
\(\angle\text{P}=90^\circ,\text{PR}=3\text{cm},\text{QR}=8\text{cm}\)

1 Are congruent
2 Are not congruent
CONGRUENCE OF TRIANGLES

296096 In △ABC, if AB = 7 cm, ∠A = 40\(^{1}\) and ∠B = 70\(^{1}\), which criterion can be used to construct this triangle?

1 ASA
2 SSS
3 SAS
4 RHS
CONGRUENCE OF TRIANGLES

296097 What is the side included between the angles A and B in \(\triangle\text{ABC}?\)

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

296098 Under a given correspondence, two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other.’ The above is known as

1 SSS congruence of two triangles
2 SAS congruence of two triangles
3 ASA congruence of two triangles
4 RHS congruence of two right-angled triangles
CONGRUENCE OF TRIANGLES

296095 Given below are measurements of some parts of two triangles. Write the result in symbolic form if they are congruent.
In \(\triangle\text{ABC}\)
\(\angle\text{A}=90^\circ,\text{AC}=5\text{cm},\text{BC}=9\text{cm}\)
In APQR,
\(\angle\text{P}=90^\circ,\text{PR}=3\text{cm},\text{QR}=8\text{cm}\)

1 Are congruent
2 Are not congruent
CONGRUENCE OF TRIANGLES

296096 In △ABC, if AB = 7 cm, ∠A = 40\(^{1}\) and ∠B = 70\(^{1}\), which criterion can be used to construct this triangle?

1 ASA
2 SSS
3 SAS
4 RHS
CONGRUENCE OF TRIANGLES

296097 What is the side included between the angles A and B in \(\triangle\text{ABC}?\)

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

296098 Under a given correspondence, two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other.’ The above is known as

1 SSS congruence of two triangles
2 SAS congruence of two triangles
3 ASA congruence of two triangles
4 RHS congruence of two right-angled triangles
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CONGRUENCE OF TRIANGLES

296095 Given below are measurements of some parts of two triangles. Write the result in symbolic form if they are congruent.
In \(\triangle\text{ABC}\)
\(\angle\text{A}=90^\circ,\text{AC}=5\text{cm},\text{BC}=9\text{cm}\)
In APQR,
\(\angle\text{P}=90^\circ,\text{PR}=3\text{cm},\text{QR}=8\text{cm}\)

1 Are congruent
2 Are not congruent
CONGRUENCE OF TRIANGLES

296096 In △ABC, if AB = 7 cm, ∠A = 40\(^{1}\) and ∠B = 70\(^{1}\), which criterion can be used to construct this triangle?

1 ASA
2 SSS
3 SAS
4 RHS
CONGRUENCE OF TRIANGLES

296097 What is the side included between the angles A and B in \(\triangle\text{ABC}?\)

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

296098 Under a given correspondence, two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other.’ The above is known as

1 SSS congruence of two triangles
2 SAS congruence of two triangles
3 ASA congruence of two triangles
4 RHS congruence of two right-angled triangles