The number of times that an image is reflected in a six sided snowflake is infinity. It is easy to construct a six sided snowflake in a PC.
The area of a four-sided polygon is base times height.
To determine how many triangles can fit into a 13-sided polygon, we can use the formula for the number of triangles that can be formed from the vertices of an n-sided polygon, which is given by ( \binom{n}{3} ). For a 13-sided polygon, this is ( \binom{13}{3} = \frac{13 \times 12 \times 11}{3 \times 2 \times 1} = 286 ). Therefore, 286 triangles can be formed using the vertices of a 13-sided polygon.
The sum of the measures of the interior angles of an ( n )-sided polygon can be calculated using the formula ( (n - 2) \times 180 ) degrees. For an 18-sided polygon, this would be ( (18 - 2) \times 180 = 16 \times 180 = 2880 ) degrees. Therefore, the sum of the interior angles of an 18-sided polygon is 2880 degrees.
The actual number of times 4 comes up is impossible to find, but the expected value of 4 coming up if you toss a 6-sided die 30 times is 5 times.
it can tell you how many shapes there will be (say if you fold it 4 times and cut 12 shapes into it then it gives you 48 shapes in the snowflake because there were really 4 shapes made when you cut 1 shape due to the fact that it had 4 layers)
This would be about 16 times. You will get the image to double in the snowflake so having 8 sides will end up with 16 images.
snowflakes have 6 sides, so you fold the piece of paper 3 times.
To draw the simplest form of snowflake, begin with a straight horizontal line, and cross it with a straight vertical line, forming a "plus" sign. Next, add two lines angled at 45 degrees in both directions through the centre line (they would form an "X" if not on top of the "+"). Voila! You have a snowflake. To draw more complicated ones, try printing one off the internet and copying it a bunch of times until you can draw it from memory. If you want to create your own snowflake, fashion a paper snowflake and trace it! You're snowflake will be different from every other snowflake!
The area of a four-sided polygon is base times height.
To determine how many triangles can fit into a 13-sided polygon, we can use the formula for the number of triangles that can be formed from the vertices of an n-sided polygon, which is given by ( \binom{n}{3} ). For a 13-sided polygon, this is ( \binom{13}{3} = \frac{13 \times 12 \times 11}{3 \times 2 \times 1} = 286 ). Therefore, 286 triangles can be formed using the vertices of a 13-sided polygon.
The actual number of times 4 comes up is impossible to find, but the expected value of 4 coming up if you toss a 6-sided die 30 times is 5 times.
it can tell you how many shapes there will be (say if you fold it 4 times and cut 12 shapes into it then it gives you 48 shapes in the snowflake because there were really 4 shapes made when you cut 1 shape due to the fact that it had 4 layers)
A 40 sided polygon is call a Tetracontagon. Try saying that ten times fast. :) Hope this helped.
Suppose A is the event {rolling a 6-sided die 20 times and getting a 5} Then A', the complement of A, is the event {rolling a 6-sided die 20 times and not getting a 5 any times} So Pr(A) = 1 - Pr(A') = 1 - (5/6)20 = 1 - 0.026084 = 0.973916 (to 6 dp)
33
200.
If the dice is 6 sided, the chances of rolling each number is about 17% (100/6) If the dice is 4 sided, the chances of rolling each number is 25% (100/4) Similarly, 8 sided = 12.5% 10 sided = 10% 12 sided ≈ 8% 20 sided = 5%