Question 2 :
Which of the following statements is true, if $\displaystyle \Delta PQR\cong \Delta LMN$?<br/>
Question 4 :
If length of the largest side of a triangle is 12 cm then other two sides of triangle can be :<br>
Question 5 :
Which of the following statements is correct when $\displaystyle \Delta ABC\cong \Delta DEF.$<br/>
Question 6 :
Three students Pia, Sia and Tia wrote astatement on a blackboard.<br>Pia wrote, "All rectangles are congruent".<br>Sia wrote, "All equilateral triangles arecongruent".<br>Tia wrote, "All right angled triangles arecongruent".<br>Who wore the INCORRECT statement?
Question 7 :
If $\displaystyle AC=PR,BC=QR$, and $\displaystyle \angle C=\angle R$ in$\displaystyle \Delta ABC$ and$\displaystyle \Delta PQR$, then
Question 8 :
Which of the following sets of side lengths form a triangle?
Question 9 :
Two sides of a triangle are of lengths 5 cm and 1.5 cm, then the length of the third side of the triangle cannot be
Question 10 :
Which of the following sets of measurements can be used to construct a triangle?
Question 11 :
Two sides of a triangle have lengths $7$ and $9$. Which of the following could not be the length of the third side?
Question 12 :
If $\angle{A} \cong \angle {D}$, then $\angle {D} \cong \angle {A}$ is a ___________ property of congruence.<br/>
Question 13 :
If three sides of a triangle are respectively equal to three sides of another triangle, then the triangles are:
Question 14 :
Which is the greatest side in the following triangle?<br>$\displaystyle \angle A:\angle B:\angle C=4:5:6$
Question 15 :
In $\Delta ABC, A = 50^{\circ}, \angle B = 60^{\circ}$, arranging the sides of the triangle in ascending order, we get :<br>
Question 16 :
If $\triangle ABC\cong \triangle PQR $, then which of the following is not true?
Question 17 :
Which of the following is not a criterion for congruence of triangles?<br/>
Question 18 :
If AB > AC and length of median from C is 4 units, then the length of median from B can be
Question 19 :
Two sides of a triangle have lengths $5$ and $8$, and the length of the third side is an integer. What is the greatest possible value of the perimeter of the triangle?
Question 20 :
In a triangle, half of each side is less than the average of the other two sides by 4 cm. Find its area (in cm$\displaystyle ^{2}$)
Question 21 :
In a $\Delta ABC$, which of the following relation is correct where A, B, C are the vertices and D, E, F are the corresponding mid-points?
Question 22 :
The construction of a triangle $ABC$, given that $BC =$ $6$ cm, $B =$ $45 ^{\circ}$ is not possible when difference of $AB$ and $AC$ is equal to:<br/>
Question 23 :
If two sides of a triangle are $8\ cm$ and $13\ cm$, then the length of the third side is between $a\ cm$ and $b\ cm$. Find the values of $a$ and $b$ such that $a$ is less than $b$.<br>
Question 24 :
If the perimeter of a triangle with integral sides is $17$ units, then the number of such triangles is:
Question 25 :
If $k$ is an integer and $2 < k < 7$, for how many different values of $k$ is there a triangle with sides of lengths $2, 7$, and $k$?
Question 26 :
State whether the following statement is true or false.<br>If two rectangles have equal area, they are congruent.<br>
Question 27 :
Mark the triplet that can be the lengths of the sides of a triangle.
Question 28 :
Find the length of the third side of the triangle inequality, if sides of a triangle have $a = 4$ and $b = 8$.<br/>
Question 29 :
In $\triangle ABC$ and $\triangle PQR$, $\angle A = \angle Q$ and $\angle B = \angle R.$ Which side of $\Delta$ $PQR$ should be equal to side $AB$ of $\Delta ABC$ so that the two triangles are congruent?<br/>
Question 30 :
$D$ is a point on the side $BC$ of a $\Delta$ $ABC$, such that $AD$ bisects $\angle $ $BAC$. Then:<br/>
Question 31 :
In $\Delta ABC, \angle A= 30^o , \angle B=40^o $ and $\angle C=110^o$ <br/>In $\Delta PQR, \angle P= 30^o , \angle Q=40^o $ and $\angle R=110^o$ <br/>Then Is $\Delta ABC \cong \Delta PQR$ by AAA ?<br/>
Question 32 :
State the following statement is True or False.<br/>In an isosceles triangle any two angles of a triangle are same .
Question 33 :
In a triangle ABC. The relation which is true for its sides is-
