See the number patterns on Pascal's Triangle with this colourful, interactive application.

Sep 23, 2015 · Then, because I think coloring is incredibly relaxing and calming, and creates amazingly beautiful math art, I’ve created some “Coloring Pascal’s Triangle” pages! These will help your kids visualize the patterns they learn and explore in the triangle.

Feb 14, 2013 · Pascal Color lets you choose a base, and see what happens if you color in Pascal's triangle according to the rules above. The "zoom" function let's you pick how many rows of Pascal's triangle to show, according to the rule: number of rows = base zoom.

In mathematics, Pascal's triangle is an infinite triangular array of the binomial coefficients which play a crucial role in probability theory, combinatorics, and algebra.

Pascal's Triangle shows us how many ways heads and tails can combine. This can then show us the probability of any combination.

Coloring Pascal’s Triangle: Directions: 1. Fill in Pascal’s triangle above with the correct values. 2. Color all the 1’s. What pattern do you notice? 3. Color the natural (counting) numbers (a different color). What pattern do you notice? ©www.MathGeekMama.com

When applying a color scheme to distinguish odd and even numbers within Pascal’s Triangle, an intriguing visual pattern emerges that bears a striking resemblance to the Sierpinski Triangle. In Pascal’s Triangle, the numbers along the third diagonal represent square numbers.

Jan 28, 2017 · Draw a large copy of Pascal’s Triangle on graph paper (one square per number), and color each square black if it is an odd number and white if it is an even number. What visual patterns do you

Pascal’s Triangle at http://www2.makingmath/mathtools/pascal/pascal.asp provides information on different ways to derive the triangle, different properties and patterns within the triangle, and Internet sites that generate pictures of the divisibility patterns for further study.

Below are the first few rows of Pascal's Triangle using mod 3, mod 4 and mod 5 addition, expressed as arrays of colored circles. For these red is 0, black is 1, green is 2, blue is 3 and yellow is 4. Sometimes we can see things differently if we use different colors. Here are the same patterns with different color assignments: