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1. If XZ is a perpendicular bisector, what can you conclude? 2. If m

1. If XZ is a perpendicular bisector, what can you conclude? 2. If m

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.1: Rectangular Coordinate Systems
Problem 22E
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Honjala The Danger Linge Long After the Po Out of the Wate a Chidlo PERPENDICULAR BISECTOR 1. If XZ is a perpendicular bisector, what can you conclude? 2. If m<XZY = 10x + 20, WZ = x+ 2; find WY 3. If m<XZY = 20x - 10; WY = 3x + 2; find ZY 4. If m<XZW = 50x - 10; WX = 4x + 2; XY = 3x + 6; YZ = 2x; find the perimeter of AT 5. If m<XZY = 40x + 10; XZ = 5x + 4; WY = 3x + 4; XY = 4x + 4; find perimeter of AXZY 6. If WZ = 4x + 2; WY = 10x - 2; m<WXZ = 15x + 10; find m<W USE AQRS TO ANSWER #7-12 7. If RT is a median, what can you conclude? 8. If RT is a median, and QT = 5x - 3; ST = 3x + 5; find QS 9. If RT is an angle bisector, what can you conclude? 10. If RT is an angle bisector, m<QRT = 10x - 5; m<QRS = 15x + 15; find m<SRT 11. If RT is an altitude, what can you conclude? 12. If RT is an altitude and m<RTS = 15x + 15; QT = 4x + 2: ST = 3x + 4: find QS al Window Cleanin
Transcribed Image Text:Honjala The Danger Linge Long After the Po Out of the Wate a Chidlo PERPENDICULAR BISECTOR 1. If XZ is a perpendicular bisector, what can you conclude? 2. If m<XZY = 10x + 20, WZ = x+ 2; find WY 3. If m<XZY = 20x - 10; WY = 3x + 2; find ZY 4. If m<XZW = 50x - 10; WX = 4x + 2; XY = 3x + 6; YZ = 2x; find the perimeter of AT 5. If m<XZY = 40x + 10; XZ = 5x + 4; WY = 3x + 4; XY = 4x + 4; find perimeter of AXZY 6. If WZ = 4x + 2; WY = 10x - 2; m<WXZ = 15x + 10; find m<W USE AQRS TO ANSWER #7-12 7. If RT is a median, what can you conclude? 8. If RT is a median, and QT = 5x - 3; ST = 3x + 5; find QS 9. If RT is an angle bisector, what can you conclude? 10. If RT is an angle bisector, m<QRT = 10x - 5; m<QRS = 15x + 15; find m<SRT 11. If RT is an altitude, what can you conclude? 12. If RT is an altitude and m<RTS = 15x + 15; QT = 4x + 2: ST = 3x + 4: find QS al Window Cleanin
yonceson 01 W 22 PERPENDICULAR BISECTOR we 1. If XZ is a perpendicular bisector, what can you conclude? 2. If m<XZY = 10x + 20; VWZ = x + 2; find WY 3. If m<XZY = 20x - 10; WY = 3x + 2; find ZY 4. If m<XZW = 50x - 10; WX = 4x + 2; XY = 3x + 6; YZ 2x; find the perimeter of A 5. If m<XZY = 40x + 10; XZ = 5x + 4; WY = 3x + 4; XY = 4x + 4; find perimeter of AXZY 6. If WZ = 4x + 2; WY = 10x - 2; m<WXZ = 15x + 10; find m<W USE AQRS TO ANSWER #7-12 7. If RT is a median, what can you conclude? 8. If RT is a median, and QT = 5x - 3; ST = 3x + 5; find QS 9. If RT is an angle bisector, what can you conclude? 10. If RT is an angle bisector, m<QRT = 10x - 5; m<QRS = 15x + 15; find m<SRT 11. If RT is an altitude, what can you conclude? 12. If RT is an altitude and m<RTS = 15x +15; QT 4x +2; ST = 3x + 4; find QS
Transcribed Image Text:yonceson 01 W 22 PERPENDICULAR BISECTOR we 1. If XZ is a perpendicular bisector, what can you conclude? 2. If m<XZY = 10x + 20; VWZ = x + 2; find WY 3. If m<XZY = 20x - 10; WY = 3x + 2; find ZY 4. If m<XZW = 50x - 10; WX = 4x + 2; XY = 3x + 6; YZ 2x; find the perimeter of A 5. If m<XZY = 40x + 10; XZ = 5x + 4; WY = 3x + 4; XY = 4x + 4; find perimeter of AXZY 6. If WZ = 4x + 2; WY = 10x - 2; m<WXZ = 15x + 10; find m<W USE AQRS TO ANSWER #7-12 7. If RT is a median, what can you conclude? 8. If RT is a median, and QT = 5x - 3; ST = 3x + 5; find QS 9. If RT is an angle bisector, what can you conclude? 10. If RT is an angle bisector, m<QRT = 10x - 5; m<QRS = 15x + 15; find m<SRT 11. If RT is an altitude, what can you conclude? 12. If RT is an altitude and m<RTS = 15x +15; QT 4x +2; ST = 3x + 4; find QS
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