Patterns Flashcards
Study of relationships among numbers, quantities, and shapes.
Mathematics
Helps in organizing patterns and regularities.
Mathematics
Predicts behavior and phenomena in the natural world.
Mathematics
Visible regularities found in a natural world which persist in different contexts and can be modeled mathematically.
Patterns
What are the six types of visual patterns?
Spiral
Symmetry
Mosaic
Stripes
Tessellations
Radial
Circular curving line that goes around the central point while getting closer to or further away from it.
Spiral
Balanced proportion.
Symmetry
Made up of different things or the collage of different shapes that forms a pattern.
Mosaic
Line or long narrow section differing in color or texture from parts and joining.
Stripes
Line or long narrow section differing in color or texture from parts and joining.
Stripes
Tiles on a plane using one or more geometric shapes with no overlaps.
Tessellations
Arranged or having parts in straight lines coming through the center of a circle.
Radial
Patterns that naturally occur in nature. God-made creations without human interventions.
Spectacular patterns
What are the two mathematical patterns?
Fibonacci sequence
Pascal’s triangle
Starting with 0, 1, …, The next number in the sequence is the sum of the two numbers before it.
Fibonacci sequence
Who developed the Fibonacci sequence?
Leonardo Pisano Bogollo
When is the Fibonacci day?
November 23
To form a triangle wing “1” as the walls, the members should be equal to the counting row and the members are the sum of the two above it.
Pascal’s triangle
Who developed Pascal’s triangle?
Blaise Pascal
What are the four patterns governed by physical sciences?
Motion of a Pendulum
Reflection in a Plane Mirror
Free-falling Bodies
Action-reaction Pair of Forces
When released, the pendulum has equal distance, time, and force on both sides which forms a symmetry.
Motion of a Pendulum
Images formed in plane mirrors are always in reverse.
Reflection in a Plane Mirror
Follows the laws of gravitational pull
(g=9.8 m/s²)
Free-falling Bodies
For every action, there is always an equal and opposite reaction.
Action-reaction Pair of Forces