Geometry Ch2 Test review

Identify the hypothesis of this conditional statement

"If two lines are parallel, then the lines will never intersect."

• If two lines are parallel

• two lines are parallel

• the lines will never intersect

• then the lines will never intersect

Identify the conclusion of the conditional statement

"If two lines are parallel, then the lines will never intersect."

• If two lines are parallel

• Two lines are parallel

• Then the lines will never intersect

• the lines will never intersect

Which statement is in if-then form for the statement:

"All quadrilaterals have 4 sides"

• If it is a quadrilateral, then it has 4 sides.

• If the figure is a quadrilateral, then it has 4 sides.

• If the figure has 4 sides, then it's a quadrilateral.

• If the quadrilateral has 4 sides, then it's a square.

Which form is the converse of a conditional statement?

• p --> q

• q --> p

• ~p --> ~q

• ~q --> ~p

Which form is the contrapositive of a conditional statement?

• p --> q

• q --> p

• ~p --> ~q

• ~q --> ~p

Which form is the inverse of a conditional statement?

• p --> q

• q --> p

• ~p --> ~q

• ~q --> ~p

Use the Law of Detachment to draw a conclusion from the following statements:

1. If an angles are congruent, then they have equal measures.
2. <P and <Q are congruent.

• They don't have equal measures

• <P and <Q have equal measures.

• No conclusion

• If <P and <Q have equal measures, then they are congruent.

Use the Law of Syllogism to draw a conclusion from the following statements:

1. If it is snowing, then it is cold outside.
2. If it is cold outside, then I will wear a coat.

• No conclusion

• I will wear a coat.

• It is snowing.

• If it is snowing, then I will wear a coat.

Which of the following shows the transitive property?

• CD=EF and EF=GH, then CD=GH

• If XY=WX, then WX=XY

• If p=q, then p-r=q-r

• If p=q, then p+r=q+r

Which of the following shows the multiplication property?

• CD=EF and EF=GH, then CD=GH

• If XY=WX, then WX=XY

• If p=q, then pr=qr

• If p=q, then p+r=q+r