Angle & Triangles
Transformations
Congruence
Quadrilaterals
Congruence Proofs
100

State the relationship between the two angles shown.

Alternate Angles

100

Point A is located at (-4, 5). The point is then translated 5 units right. State the coordinate of the new point.

(1, 5)

100

The two triangles shown are congruent. Which side in triangle PQR is equal to BC?

RQ

100

Which quadrilateral has the following definition?

"A quadrilateral with two pairs of opposite parallel sides and all equal sides"

Rhombus

100

Are the pair of triangles below congruent?

Yes

200

Calculate x.

x=39

200

State the type of transformation that has occurred.

Reflection

200

The figures below are congruent. Calculate x.

x=2

200

The diagonals of a quadrilateral have the properties shown below.

What is the best classification for this quadrilateral?

  • They are not equal in length
  • They bisect each other
  • They are not perpendicular

Parallelogram

200

Which two triangles are congruent?

C and D

300

Which side length is the smallest?

BC or CB

300

The point shown is rotated 90 degrees anti-clockwise. State the new coordinate.

(-3,4)

300

The two figures are congruent. Calculate x.

x=41

300

WY is 8 cm. What is the length of ZT?

4 cm

300

Angle FEG is equal to Angle HED. What is the reason?

Vertically Opposite

400

Calculate x.

x=3

400

A point is translated 3 units up, reflected across the x-axis then translated 4 units left. The final coordinate is (-6, 1). State the original coordinate.

(-2, -4)

400

Given the two triangles are congruent, calculate x.

x=7

400

If angle SPQ is 78 degrees, calculate the size of the highlighted angle.

39 degrees

400

Are the triangles below congruent? If yes, state the test. If no, state why.

Yes. SAS.

500

Calculate m.

m=138

500

Describe the transformation of A to B.

Rotate 180 degrees about (1, 1).

500

Which congruence test could be used to prove these two triangles are congruent?

SSS

500

If AB is 5cm, calculate the length of BM (to 2dp).

3.54cm

500

State the equal angles you would use in a proof.

<CED=<AEB