hell yeah 😎 lesbianism (or rather, yuri, since it's a drawing).
This could be how an evolutionary simulation of life works in an Orb. It looks similar to real mitosis.
I slept through geometry, pls explain
step 1. draw a circle A
step 2. draw a circle B with the same radius and with the origin on the circle A.
step 3. connect the three points (origins of two circles) and any intersection of the circles with each other, and you get an equilateral triangle.
Oh those donuts meant center of the circle, that makes sense (thankies btw)
You can encode more complicated geometry by drawing lines inside much simpler shapes.
Frightening! Thank you
I woke up with this on my back, what does that mean?
uh oh. better check with your local mathematician.
But if I do then they’ll want to teach me maths ðŸ˜
(I am into it)
okaaay... So:
Euclid (guy from ~2500 years ago) wrote a book called "Elements" where he described how various geometrical figures could be constructed with using only circles and straightlines (and their intersections).
This is one example from that book: How to construct the equilateral triangle.
two orbs having sex
two orbs having sex
hell yeah 😎 lesbianism (or rather, yuri, since it's a drawing).
This could be how an evolutionary simulation of life works in an Orb. It looks similar to real mitosis.
I slept through geometry, pls explain
step 1. draw a circle A step 2. draw a circle B with the same radius and with the origin on the circle A. step 3. connect the three points (origins of two circles) and any intersection of the circles with each other, and you get an equilateral triangle.
Oh those donuts meant center of the circle, that makes sense (thankies btw)
https://www.mathsisfun.com/geometry/circle-theorems.html
You can encode more complicated geometry by drawing lines inside much simpler shapes.
Frightening! Thank you
I woke up with this on my back, what does that mean?
uh oh. better check with your local mathematician.
But if I do then they’ll want to teach me maths ðŸ˜
(I am into it)
okaaay... So:
Euclid (guy from ~2500 years ago) wrote a book called "Elements" where he described how various geometrical figures could be constructed with using only circles and straightlines (and their intersections).
This is one example from that book: How to construct the equilateral triangle.
Faaaaaascinaating
https://www.mathsisfun.com/geometry/circle-theorems.html