Geometry Quiz 5.1-5.2

1

In the figure above, what is SR?

1

In the figure above #1, what is SP?

1

In the figure above, line BE is the perpendicular bisector of AC. What must be true?

1

In the figure above, point Q represents which point of concurrency?

1

In the figure above, point M represents which point of concurrency

1

In the figure above point T represents which point of concurrency?

1

In the figure above, note the angles are each cut in half. Point L represents which point of concurrency?

1

Which point of concurrency is the intersection of the medians of the triangle?

1

Which point of concurrency is the intersection of the altitudes of the triangle?

1

In the picture above, identify an altitude of triangle ABC.

2

In the picture above #10, m< ABF = 39 degrees and BF is an angle bisector, find m < BCE.

2

In the picture above, find ST.

2

In the picture above #12, find SU.

2

In the picture above #12, find UV.

2

The perpendicular bisectors of triangle ABC, shown above, meet at point D. Find BD.

2

The perpendicular bisectors of triangle ABC, shown above problem #15, meet at point D. Find DC.

2

In the picture above, given its information, find ST.

2

In the picture above #17, given its information, find UV.

2

Geometry Quiz 5.1-5.2

In the figure above, what is SR?

In the figure above #1, what is SP?

In the figure above, line BE is the perpendicular bisector of AC. What must be true?

In the figure above, point Q represents which point of concurrency?

In the figure above, point M represents which point of concurrency

In the figure above point T represents which point of concurrency?

In the figure above, note the angles are each cut in half. Point L represents which point of concurrency?

Which point of concurrency is the intersection of the medians of the triangle?

Which point of concurrency is the intersection of the altitudes of the triangle?

In the picture above, identify an altitude of triangle ABC.

In the picture above #10, m< ABF = 39 degrees and BF is an angle bisector, find m < BCE.

In the picture above, find ST.

In the picture above #12, find SU.

In the picture above #12, find UV.

The perpendicular bisectors of triangle ABC, shown above, meet at point D. Find BD.

The perpendicular bisectors of triangle ABC, shown above problem #15, meet at point D. Find DC.

In the picture above, given its information, find ST.

In the picture above #17, given its information, find UV.

In the picture above #17, given its information, find SU.

In the figure above, what is SR?

In the figure above #1, what is SP?

In the figure above, line BE is the perpendicular bisector of AC. What must be true?

In the figure above, point Q represents which point of concurrency?

In the figure above, point M represents which point of concurrency

In the figure above point T represents which point of concurrency?

In the figure above, note the angles are each cut in half. Point L represents which point of concurrency?

Which point of concurrency is the intersection of the medians of the triangle?

Which point of concurrency is the intersection of the altitudes of the triangle?

In the picture above, identify an altitude of triangle ABC.

In the picture above #10, m< ABF = 39 degrees and BF is an angle bisector, find m < BCE.

In the picture above, find ST.

In the picture above #12, find SU.

In the picture above #12, find UV.

The perpendicular bisectors of triangle ABC, shown above, meet at point D. Find BD.

The perpendicular bisectors of triangle ABC, shown above problem #15, meet at point D. Find DC.

In the picture above, given its information, find ST.

In the picture above #17, given its information, find UV.

In the picture above #17, given its information, find SU.