\[\Delta ABC\] and \[\Delta DEF\] are as shown. By which condition of congruence is\[\Delta ABC\cong \Delta DEF\]?

\[\Delta ABC\] and \[\Delta DEF\] are as shown. By which condition of

1.	\[\Delta ABC\] and \[\Delta DEF\] are as shown. By which condition of congruence is\[\Delta ABC\cong \Delta DEF\]?
A.	S.S.S. condition
B.	S.A.S. condition
C.	R.H.S. condition
D.	A.S.A. condition.
Answer» D. A.S.A. condition.

Discussion

No Comment Found

Related MCQs

\[\Delta BDC\cong \Delta MLK.\] Which of the following is correct?
How many triangles are congruent to A ABE in the given figure?
Consider the following statements. (i)If three sides of a triangle are equal to three sides of another triangle, then the triangles are congruent. (ii) If three angles of a triangle are respectively equal to three angles of another triangle, then the two triangles are congruent. Of these two statements, which of the following is correct?
In the adjacent figure, C is the mid point of AB, \[\angle CAD=\angle CBE\]and \[\angle ACE=\angle BCD.\] By which congruency condition\[\Delta DAC\cong \Delta EBC?\]
Vani wants to prove that \[\Delta FGH\cong \Delta JKL\]using R.H.S. congruency rule. She knows that FG = JK and FH = JL. What additional piece of information does she need?
Consider the following statements. (i) Equality of two sides of one triangle with any two sides of the second makes the triangle congruent. (ii) Equality of the hypotenuse and a side of one triangle with the hypotenuse and a side of the second respectively makes the triangles congruent. (iii) Equality of the hypotenuse and an acute angle of one triangle with the hypotenuse and an angle of the second respectively makes the triangle congruent. Which of the statement are correct?
If \[\Delta ABC\cong \Delta PRQ,\] then \[\angle B\] and PQ are respectively equal to
A In \[\Delta ABC\] and \[\Delta PQR,\] \[AB=x\text{ }cm,\] \[BC=y\text{ }cm\]and \[CA=z\text{ }cm\]. What are the measures of sides PQ, QR and RP of \[\Delta PQR\] if \[\Delta ABC\cong \Delta ABC\cong \Delta PQR\]?
\[\Delta ABC\] is isosceles with \[AB=AC,\] \[AD\bot BC;\] which of the following is a correct statement?
In the given figure, \[\Delta \,ABC\] is congruent to \[\Delta \,PQR\]. What is the value of \[(m+2n+3p)\]

\[\Delta ABC\] and \[\Delta DEF\] are as shown. By which condition of congruence is\[\Delta ABC\cong \Delta DEF\]?

Discussion

No Comment Found

Related MCQs

Reply to Comment