• Best of luck to the class of 2024 for their HSC exams. You got this!
    Let us know your thoughts on the HSC exams here
  • YOU can help the next generation of students in the community!
    Share your trial papers and notes on our Notes & Resources page
MedVision ad

Reflection Property (1 Viewer)

Immortality

Rekt by Adv. English
Joined
Apr 15, 2014
Messages
108
Gender
Male
HSC
2014
There are honestly like over 5 different ways you can prove the reflection property! However for HSC they guide you on the method they want to use. That being said, they all take generally the same amount of steps/difficulty so if you know one already, just stick to it is what I'd recommend. Not really what I'd call a "nice proof" due to so many variations/approaches of it.
 

IR

Active Member
Joined
Oct 15, 2014
Messages
255
Gender
Male
HSC
2014
.
 
Last edited:

IR

Active Member
Joined
Oct 15, 2014
Messages
255
Gender
Male
HSC
2014
Hey man I would post it but forum woildnt let me cos say photo size too large. But did you check the hsc one? They have nicely set out.
 

QZP

Well-Known Member
Joined
Oct 7, 2013
Messages
839
Gender
Undisclosed
HSC
2014
Am I meant to know some reflection property t-t
 

iStudent

Well-Known Member
Joined
Mar 9, 2013
Messages
1,158
Gender
Male
HSC
2014
There's a nice geometrical proof in one of the bos trials for a similar question that requires an extra step or so after the final result to get the reflection property. Pretty neat without using too many conics. It was near the end of the paper. Forgot which year sorry.

*I think. I may have recalled incorrectly.

edit: never mind. It actually uses reflection property in its proof xD
 
Last edited:
  • Like
Reactions: QZP

QZP

Well-Known Member
Joined
Oct 7, 2013
Messages
839
Gender
Undisclosed
HSC
2014
Wtf u guys make me panic >.> what's so special about it? is it meant to be hard? terry lee has a 6 line proof
 

Carrotsticks

Retired
Joined
Jun 29, 2009
Messages
9,494
Gender
Undisclosed
HSC
N/A
There's a nice geometrical proof in one of the bos trials for a similar question that requires an extra step or so after the final result to get the reflection property. Pretty neat without using too many conics. It was near the end of the paper. Forgot which year sorry.

*I think. I may have recalled incorrectly.

edit: never mind. It actually uses reflection property in its proof xD
It was the generalised version of the reflection property, where the point didn't necessarily need to be ON the ellipse itself.
 

Users Who Are Viewing This Thread (Users: 0, Guests: 1)

Top