SOLUTION: http://www.regentsprep.org/Regents/math/geometry/GL3/WorksheetCompoundLocus.pdf
Can someone help me solve the first problem? It involves construction and locus and i do not unde
Algebra.Com
Question 734865: http://www.regentsprep.org/Regents/math/geometry/GL3/WorksheetCompoundLocus.pdf
Can someone help me solve the first problem? It involves construction and locus and i do not understand it. It would be great if someone can help explain it to me. Thanks for any help.
Answer by rothauserc(4718) (Show Source): You can put this solution on YOUR website!
All points equidistant from line segments AB and BC lie on the line bisecting the angle ABC. Now the additional constraint that it must be equidistant from points A and B requires a line perpendicular to AB at the midpoint of AB. The perpendicular line will intersect the line bisecting angle ABC at the point D in step 2
does this get you started?
RELATED QUESTIONS
http://ebooks.maconk12.org/Geometry/docs/chap01.pdf
can u answer 12 , 14 and 16... (answered by richard1234)
question 22 page 64... (answered by cleomenius)
its a geometry question
http://ebooks.maconk12.org/Geometry/docs/chap01.pdf
can u... (answered by cleomenius)
http://ebooks.maconk12.org/Geometry/docs/chap01.pdf
page 42 question 12, 14 and 16... (answered by richard1234,solver91311)
This is a question involving conic sections. Can someone explain #14 on... (answered by greenestamps)
The positive integers greater than 3 are arranged in rows and columns as illustrated. In... (answered by math_tutor2020,ikleyn)
can you please help me solve this percentage proble: Change 31 1/4% to a fraction
(answered by stanbon)
This is a calculus question. Can you explain how to solve #12 on... (answered by math_tutor2020)
This is a calculus question involving series. Can you explain #16 on... (answered by ikleyn)