Prove 1 & 2: Bisector Properties of Angles

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Discussion Overview

The discussion revolves around the properties of angle bisectors, specifically addressing the uniqueness of bisectors for given angles. Participants explore the implications of having multiple bisectors and seek to clarify the conditions under which an angle has a single bisector.

Discussion Character

  • Conceptual clarification, Debate/contested

Main Points Raised

  • One participant asks how to prove that there is only one bisector for a specific angle and that only one specific angle has one bisector.
  • Another participant suggests that the question may need clarification, proposing that a diagram could help, and notes that a line may bisect infinitely many angles.
  • A participant questions the implications of an angle having more than one bisector and what that would mean for angles in general.
  • One participant asserts that an angle has only one bisector because there is only one possible value for half of that angle.
  • Another participant draws an analogy, comparing the uniqueness of an angle's bisector to the concept of halving a number, questioning whether multiple values can represent half of a specific number.

Areas of Agreement / Disagreement

Participants express differing views on the nature of angle bisectors, with some questioning the uniqueness and others asserting it. The discussion remains unresolved regarding the implications of having multiple bisectors.

Contextual Notes

Some assumptions about the definitions of angles and bisectors may be implicit, and the discussion does not resolve whether the uniqueness of bisectors holds under all conditions.

highmath
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How can (1) I prove that there is only one bisector of a angle to only one specific angle
and
(2)There is only a specific angle with only one bisector of it.
 
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I think your question needs clarification - perhaps a diagram? Can you be more specific? As it is, a line may bisect infinitely many angles, I believe.
 
What will happen if a angle has more than one bisector?
What will happen if some angles have more than one bisectors and other not?

What is the reason that angle has only one bisector?
 
highmath said:
What is the reason that angle has only one bisector?

An angle $\alpha$ has only one bisector because there is only one possible value for $\frac{\alpha}{2}$.
 
It seems to me to be similar to asking if, for any particular number, are there multiple values that are half of that number. For example, we know 6 is half of 12...can you think of another number that is half of 12?
 

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