Question

1 Odd math question?
haven't even learned this...


See link:
http://prnt.sc/dfqbg1

Answer 1

Well, I am here.

Answer 2

did the link work?

Answer 3

yes, do you have any idea?

Answer 4

nope, i have not even learned this

Answer 5

@triciaal
Do you something like this?

Answer 6

no

Answer 7

not even the idea of how it works?

Answer 8

@Roo777x
At what section of Maths this comes from?

Answer 9

"math models" Advanced Mathematical Decisions course

Answer 10

@mathmale any ideas?

Answer 11

@IrishBoy123
I think you know about it!
If you could help here, I would be grateful!
Thanks in advance.

Answer 12

man this question's got everybody XD

Answer 13

What do you mean, @Roo777x?

Answer 14

it seems so confusing - it's tough

Answer 15

I believe it's going to be answer choice C

For a tessellation of hexagons that are congruent you just choose a vertex and count how many other polygons touch it

So here: (Attached) We have a vertex that I circled, it touches 3 other polygons, each of 6 sides (since they're hexagons) so the "naming convention" would be \(\large 6\cdot 6 \cdot 6\) or just \(\large 6^3\)

Answer 16

I lean to @johnweldon1993's answer but I don't now the basic!

Answer 17

Here this might help on the subject, I haven't gone through it but it looks like it probably has the basics of tiling anyways
http://mathforum.org/sum95/suzanne/whattess.html