Home » MATH » The locus of a point which moves so that it is…
2 Answers

The locus of a point which moves so that it is…

Posted by: 400 views , , , ,
MATH

The locus of a point which moves so that it is equidistance from two intersecting straight lines is the…

  • A. Perpendicular bisector of the two lines
  • B. Bisector of the two lines
  • C. Line parallel to the two lines
  • D. bisector of the two lines

QUICK ANSWER…

D

SOLUTION 

If the two lines intersect, then the locus of a point with equal from the both lines will be an angle bisector passing through the point of intersection.

Now for the right answer to the above question:

  1. Option A is incorrect.
  2. Option B is incorrect.
  3. C is incorrect.
  4. D is the correct answer.
RELATED =>  Proteins in acid solution undergo?

KEY-POINTS…

You may please note these/this:

  • Assuming the lines do not intersect, that is if they are parallel, the locus of a point which is always of equal distance from both lines will be a line parallel and, in the middle(bisector) of both lines.
  • But in this case, it intersects, the locus will pass through the point of intersection and bisect (or equally divide) the angle of intersection.

Use the questions and answer session to correct, express, and contribute your views.

You can also share this page with friends.

/culled from 2019 -UTME mathematics question 16 /

GET SMART TIPS & SCHOOL HACKS!

Stay updated with our latest Secrets and Answers 😎