Quadrilaterals and Mid Point Theorem Review

Which of the following is the statement of the Mid-point Theorem ?

• The line segment joining the mid-points of any two sides of a triangle is equal to the third side.

• The line segment joining the mid-points of any two sides of a triangle is parallel to the third side and is equal to it.

• The line segment joining the mid-points of any two sides of a triangle is parallel to the third side and is equal to half of it.

• The line segment joining the mid-points of any two sides of a triangle is twice the third side.

In the given figure, AE ll BF ll CG and D is the mid-point of CE . If AB = 4.2 cm, the length of BC is:

• $2\cdot1\ cm$

• $4\cdot2\ cm$

• $8\cdot4\ cm$

• 4 cm

In the given triangle ABC , AP = BP = 8 cm, AQ = CQ = 9 cm, BC = 6 cm and PQ = x cm. Then the value of x along with its correct reason is:

• 6 cm;Equal Intercept Theorem

• 3 cm; Mid-point Theorem

• 4 cm; Converse of Mid-point Theorem

• 4.5 cm; Mid-point Theorem

In the given figure of triangle ABC , AM = BM , AN = 5 cm and BC = 7 cm. If MN II BC , find the length of AC and its correct reason :

• 5 cm; Mid-point Theorem

• 10 cm; Converse of Mid-point Theorem

• 7 cm; Equal Intercept Theorem

• 10 cm; Mid-point Theorem

Name that shape.

• quadrilateral, rectangle
• quadrilateral, rectangle, square
• quadrilateral, parallelogram, rectangle
• quadrilateral, parallelogram, rectangle, square

Tags

CCSS.5.G.B.4

What is this shape?

• Square

• Trapezoid

• Rhombus

• Parallelogram

Tags

CCSS.4.G.A.1

CCSS.4.G.A.2

Ryka built a garden box with 4 sides. It has two sets of parallel sides. Which of the following shapes could her garden NOT be?

• rectangle

• trapezoid

• square

• parallelogram

Which is NOT a property of a parallelogram?

• Diagonals bisect each other
• Diagonals are congruent
• Both pairs of opposite sides are parallel
• Both pairs of opposite angles are congruent

Tags

CCSS.HSG.CO.C.11

• x = 40 , y = 40 
• x = 30, y = 30
• x = 40, y = 30
• x = 30, y = 40

Tags

CCSS.HSG.CO.C.11