2 Mirrors
Sort:
👍🏾
Assuming light particles are the size of atoms wouldn’t the image eventually become pixelated?
0
#5
Infinity*(1/infinity)=infinity/infinity - Any positive Real.
While 0*infinity=(1-1)*infinity=infinity-infinity, Is any positive, 0 value, or negative Real.
Demonstrating once again, that 1/infinity Does not equal 0 !
You sound like my math teacher
0
#7
Sammynogo1 wrote:
You sound like my math teacher
He could be, one of my Students.
0
#8
1/0 mirrors itself, as does Zero, technically.
As -0 and +0 mirrors each other.
And 1/0 reflects itself as -infinity and -infinity as limit for 1/x, when x approaches 0 from the left or right. Either side approaches the same 1/0.
If you had two perfect mirrors that reflect completely, this would be true. Unfortunately, as tons of photons bounce off of the mirrors, many lose their energy and stop reflecting. 19 reflections is about the max
0
#10
Lincoy3304 wrote:
If you had two perfect mirrors that reflect completely, this would be true. Unfortunately, as tons of photons bounce off of the mirrors, many lose their energy and stop reflecting. 19 reflections is about the max
You need to share this with Wikipedia, Buddy.
They never mention that.
https://en.m.wikipedia.org/wiki/Infinity_mirror
🤣🤣🤣
...just WAY TO GO.. Lincoy!
Please Sign Up to comment.
If you need help, please contact our Help and Support team.
When two mirrors are parallel to each other, the number of reflections is infinite. Placing one mirror at a slight angle causes the reflections to curve. Using more than two mirrors increases the number of reflections, but what you see depends on where you stand.
There is no last reflection. And they do not dissolve into a "final" 0 sized reflection.