Ok /sci/, how many triangles are in this image?
I'd say about 7. Maybe a bit more
You'd have to calculate the integral, multiply that by 1/2 * bh (area of a triangle) and multiply again by the volume of a hexagonal figure.
>>7960923
yeah but what hexagonal figure
>>7960931
It's a double-sided dodecahedron with Mahler edges.
A lot. But not a ton.
>>7960943
oh ok
I'm quite new, is this some meme? Cause the answer isn't hard
>>7960952
What's the answer then, asshole?
>>7960952
not a meme, just asking. I did this in photoshop in class the other day and was just wondering
>>7960917
> 0
>>7960988
Holy shit, rekt
>>7960917
>count starting points
>calculate total intersections
>add all points together
>calculate all possible combinations of 3 points
17C3 - 16 = 664
{we subtract as there are 16 lines (8 edges and 8 diagonals)}
Is it 16c3 = 560?
>>7962859
Yes please do give the correct answer
its (17+intersection points) C3 and we subtract all collinear points of 3
bout 350
>>7963059
Well first of all it's 16, not 17.
Second, you haven't actually given a way to calculate anything, which is why you can't provide an actual number.
Third, you can plainly see that most sets of three intersection points do not form triangles.
https://youtu.be/K8P8uFahAgc
This might help
0 it's an octagon are you retarded
