NEET Test Series from KOTA - 10 Papers In MS WORD
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CONGRUENCE OF TRIANGLES
296032
Two triangles are congruent, if two angles and the side included between them in one of the triangles are equal to the two angles and the side included between them of the other triangle. This is known as the.
1 RHS congruence criterion
2 ASA congruence criterioncorrect
3 SAS congruence criterion
4 AAA congruence criterion
Explanation:
ASA congruence criterioncorrect
CONGRUENCE OF TRIANGLES
296033
You want to show that \(\triangle\text{ART}\cong\triangle\text{PEN}\) Give the answers of following question from the above figure. If you have to use SSS criterion, then you need to show, (I) AR =
1 PE
2 AT
3 RT
4 PN
Explanation:
PE SSS congruence of two triangle two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other RT = EN, PN = AT, AP = PE and also by the right angle triangle. Two right angle triangle are congruent if the hypotenuse and leg of the one of the triangles are equal to the hypotenuse and the corresponding leg of the other triangle. \(\triangle\text{ART}\cong\triangle\text{PEN}\)
CONGRUENCE OF TRIANGLES
296034
If for \(\triangle\text{ABC}\) and \(\triangle\text{DEF}\) the correspondence \(\text{CAB}\leftrightarrow\text{EDF}\) gives a congruence, then which of the following is not true?
1 \(\text{AC}=\text{DE}\)
2 \(\text{AB}=\text{EF}\)
3 \(\angle\text{A}=\angle\text{D}\)
4 \(\angle\text{C}=\angle\text{E}\)
Explanation:
\(\text{AB}=\text{EF}\)
CONGRUENCE OF TRIANGLES
296035
Which angle is congruent to \(\angle\text{A}=?\)
1 \(\angle\text{B}\)
2 \(\angle\text{Q}\)
3 \(\angle\text{P}\)
4 \(\angle\text{C}\)
Explanation:
\(\angle\text{P}\) Both triangle \(\triangle\text{ABC}\) and \(\triangle\text{CPQ}\) are right angle triangle \(\triangle\text{ABC}\cong\triangle\text{PQC}\) so it means \(\angle\text{P}=\angle\text{P}\)
296032
Two triangles are congruent, if two angles and the side included between them in one of the triangles are equal to the two angles and the side included between them of the other triangle. This is known as the.
1 RHS congruence criterion
2 ASA congruence criterioncorrect
3 SAS congruence criterion
4 AAA congruence criterion
Explanation:
ASA congruence criterioncorrect
CONGRUENCE OF TRIANGLES
296033
You want to show that \(\triangle\text{ART}\cong\triangle\text{PEN}\) Give the answers of following question from the above figure. If you have to use SSS criterion, then you need to show, (I) AR =
1 PE
2 AT
3 RT
4 PN
Explanation:
PE SSS congruence of two triangle two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other RT = EN, PN = AT, AP = PE and also by the right angle triangle. Two right angle triangle are congruent if the hypotenuse and leg of the one of the triangles are equal to the hypotenuse and the corresponding leg of the other triangle. \(\triangle\text{ART}\cong\triangle\text{PEN}\)
CONGRUENCE OF TRIANGLES
296034
If for \(\triangle\text{ABC}\) and \(\triangle\text{DEF}\) the correspondence \(\text{CAB}\leftrightarrow\text{EDF}\) gives a congruence, then which of the following is not true?
1 \(\text{AC}=\text{DE}\)
2 \(\text{AB}=\text{EF}\)
3 \(\angle\text{A}=\angle\text{D}\)
4 \(\angle\text{C}=\angle\text{E}\)
Explanation:
\(\text{AB}=\text{EF}\)
CONGRUENCE OF TRIANGLES
296035
Which angle is congruent to \(\angle\text{A}=?\)
1 \(\angle\text{B}\)
2 \(\angle\text{Q}\)
3 \(\angle\text{P}\)
4 \(\angle\text{C}\)
Explanation:
\(\angle\text{P}\) Both triangle \(\triangle\text{ABC}\) and \(\triangle\text{CPQ}\) are right angle triangle \(\triangle\text{ABC}\cong\triangle\text{PQC}\) so it means \(\angle\text{P}=\angle\text{P}\)
296032
Two triangles are congruent, if two angles and the side included between them in one of the triangles are equal to the two angles and the side included between them of the other triangle. This is known as the.
1 RHS congruence criterion
2 ASA congruence criterioncorrect
3 SAS congruence criterion
4 AAA congruence criterion
Explanation:
ASA congruence criterioncorrect
CONGRUENCE OF TRIANGLES
296033
You want to show that \(\triangle\text{ART}\cong\triangle\text{PEN}\) Give the answers of following question from the above figure. If you have to use SSS criterion, then you need to show, (I) AR =
1 PE
2 AT
3 RT
4 PN
Explanation:
PE SSS congruence of two triangle two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other RT = EN, PN = AT, AP = PE and also by the right angle triangle. Two right angle triangle are congruent if the hypotenuse and leg of the one of the triangles are equal to the hypotenuse and the corresponding leg of the other triangle. \(\triangle\text{ART}\cong\triangle\text{PEN}\)
CONGRUENCE OF TRIANGLES
296034
If for \(\triangle\text{ABC}\) and \(\triangle\text{DEF}\) the correspondence \(\text{CAB}\leftrightarrow\text{EDF}\) gives a congruence, then which of the following is not true?
1 \(\text{AC}=\text{DE}\)
2 \(\text{AB}=\text{EF}\)
3 \(\angle\text{A}=\angle\text{D}\)
4 \(\angle\text{C}=\angle\text{E}\)
Explanation:
\(\text{AB}=\text{EF}\)
CONGRUENCE OF TRIANGLES
296035
Which angle is congruent to \(\angle\text{A}=?\)
1 \(\angle\text{B}\)
2 \(\angle\text{Q}\)
3 \(\angle\text{P}\)
4 \(\angle\text{C}\)
Explanation:
\(\angle\text{P}\) Both triangle \(\triangle\text{ABC}\) and \(\triangle\text{CPQ}\) are right angle triangle \(\triangle\text{ABC}\cong\triangle\text{PQC}\) so it means \(\angle\text{P}=\angle\text{P}\)
296032
Two triangles are congruent, if two angles and the side included between them in one of the triangles are equal to the two angles and the side included between them of the other triangle. This is known as the.
1 RHS congruence criterion
2 ASA congruence criterioncorrect
3 SAS congruence criterion
4 AAA congruence criterion
Explanation:
ASA congruence criterioncorrect
CONGRUENCE OF TRIANGLES
296033
You want to show that \(\triangle\text{ART}\cong\triangle\text{PEN}\) Give the answers of following question from the above figure. If you have to use SSS criterion, then you need to show, (I) AR =
1 PE
2 AT
3 RT
4 PN
Explanation:
PE SSS congruence of two triangle two triangles are congruent if the three sides of the one are equal to the three corresponding sides of the other RT = EN, PN = AT, AP = PE and also by the right angle triangle. Two right angle triangle are congruent if the hypotenuse and leg of the one of the triangles are equal to the hypotenuse and the corresponding leg of the other triangle. \(\triangle\text{ART}\cong\triangle\text{PEN}\)
CONGRUENCE OF TRIANGLES
296034
If for \(\triangle\text{ABC}\) and \(\triangle\text{DEF}\) the correspondence \(\text{CAB}\leftrightarrow\text{EDF}\) gives a congruence, then which of the following is not true?
1 \(\text{AC}=\text{DE}\)
2 \(\text{AB}=\text{EF}\)
3 \(\angle\text{A}=\angle\text{D}\)
4 \(\angle\text{C}=\angle\text{E}\)
Explanation:
\(\text{AB}=\text{EF}\)
CONGRUENCE OF TRIANGLES
296035
Which angle is congruent to \(\angle\text{A}=?\)
1 \(\angle\text{B}\)
2 \(\angle\text{Q}\)
3 \(\angle\text{P}\)
4 \(\angle\text{C}\)
Explanation:
\(\angle\text{P}\) Both triangle \(\triangle\text{ABC}\) and \(\triangle\text{CPQ}\) are right angle triangle \(\triangle\text{ABC}\cong\triangle\text{PQC}\) so it means \(\angle\text{P}=\angle\text{P}\)
