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WorksheetsCongruency of Triangles
Total questions: 15
Worksheet time: 8mins
The center point of the intersection of medians
Orthocentre
Centroid
Centre
Middle
Point O
The center point of the intersection of altitudes
Orthocentre
Centroid
Centre
Middle
Point O
_________________ is always the longest side of a right triangle
Hypotenuse
Perpendicular
Base
None of these
A triangle whose one of its angle is greater than 90°
Obtuse Angled Triangle
Acute Angled Triangle
Right Angled Triangle
More Than 90° Angled Triangle
A triangle whose all sides are equal
Equilateral Triangle
Isosceles Triangle
Scalene Triangle
None of these
A triangle whose all angles are less than 90°
Obtuse Angled Triangle
Acute Angled Triangle
Right Angled Triangle
Less Than 90° Angled Triangle
A triangle whose one of its angle is of 90°
Obtuse Angled Triangle
Acute Angled Triangle
Right Angled Triangle
90° Angled Triangle
A triangle whose 2 sides are equal
Equilateral Triangle
Isosceles Triangle
Scalene Triangle
None of these
A triangle whose no sides are equal
Equilateral Triangle
Isosceles Triangle
Scalene Triangle
None of these
Sum of all 3 angles of a triangle
180°
360°
90°
120°
If all sides of a triangle are equal to all the sides of the other triangle, which Axiom of Congruency will be used?
SSS
SAS
AAA
AAS
If 2 sides and the included angle of a triangle are respectively equal to the corresponding 2 sides and the included angle of the other triangle, which Axiom of Congruency will be used?
SSS
SAS
AAA
AAS
If 2 angles and a side of a triangle are respectively equal to the corresponding 2 angles and the side of the other triangle, which Axiom of Congruency will be used?
AAA
SAS
RHS
AAS
If 2 angles and the included side of a triangle are respectively equal to the corresponding 2 angles and the included side of the other triangle, which Axiom of Congruency will be used?
SSS
ASA
RHS
AAS
In 2 Right Angled Triangles, if the hypotenuse and one side of a triangle are respectively equal to the hypotenuse and the corresponding side of the other triangle, which Axiom of Congruency will be used?
SSS
ASA
RHS
AAS
