The location of point P = (x, y) is defined in terms of two points A = (2,2) and B = (8, -8). Determine the loci of P (all possible locations of point P) if the distance AP is 4 times the distance PB. Select one: circle with the centre C=(8.40 , -8.67) circle with the centre C = (8.67,-8.40) not in the list straight line 6.00 x - 10.00y = 12.00 perpendicular bisector of the line segment AB: 6.00x - 10.00y = 60.00

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.2: Graphs Of Equations
Problem 68E
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The location of point P = (x, y) is defined in terms of two points A = (2,2) and B = (8, –8). Determine the loci of
P (all possible locations of point P) if the distance AP is 4 times the distance PB.
Select one:
circle with the centre C=(8.40 , -8.67)
circle with the centre C = (8.67 , -8.40)
not in the list
straight line 6.00 x - 10.00y = 12.00
perpendicular bisector of the line segment AB: 6.00x - 10.00y = 60.00
Transcribed Image Text:The location of point P = (x, y) is defined in terms of two points A = (2,2) and B = (8, –8). Determine the loci of P (all possible locations of point P) if the distance AP is 4 times the distance PB. Select one: circle with the centre C=(8.40 , -8.67) circle with the centre C = (8.67 , -8.40) not in the list straight line 6.00 x - 10.00y = 12.00 perpendicular bisector of the line segment AB: 6.00x - 10.00y = 60.00
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