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kaleidoscope
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If maths is about finding patterns... then. if my parrot learns by itself that everytime I grab the food bag is time to eat and gets excited, can we say it has a very rudimentary/vestigial sense of math?
kaleidoscope said:If maths is about finding patterns... then. if my parrot learns by itself that everytime I grab the food bag is time to eat and gets excited, can we say it has a very rudimentary/vestigial sense of math?
kaleidoscope said:If maths is about finding patterns... then. if my parrot learns by itself that everytime I grab the food bag is time to eat and gets excited, can we say it has a very rudimentary/vestigial sense of math?
dkotschessaa said:Are you familiar with this anecdote? No way of knowing if it's true or not:
A nobleman wanted to shoot down a crow that had built its nest atop a tower on his domain. However, whenever he approached the tower, the bird flew out of gun range, and waited until the man departed. As soon as he left, it returned to its nest. The man decided to ask a neighbor for help. The two hunters entered the tower together, and later only one of them came out. But the crow did not fall into this trap and carefully waited for the second man to come out before returning. Neither did three, then four, then five men fool the clever bird. Each time, the crow would wait until all the hunters had departed. Eventually, the hunters came as a party of six. When five of them had left the tower, the bird, not so numerate after all, confidently came back, and was shot down by the sixth hunter.
"Finding patterns" in maths refers to identifying similarities and connections between numbers, equations, or geometric figures. By recognizing patterns, mathematicians can solve complex problems and make predictions.
Finding patterns in maths is important because it helps us understand and make sense of numerical and geometric concepts. It also allows us to make predictions and solve complex problems more efficiently.
There are several strategies for finding patterns in maths. One approach is to look for repeated numbers or sequences in a set of data. Another is to use visual aids, such as graphs or diagrams, to identify patterns. Additionally, using algebraic equations and formulas can help reveal patterns.
There are many examples of patterns in maths, such as the Fibonacci sequence, which follows a pattern of adding the previous two numbers to get the next number (1, 1, 2, 3, 5, 8, 13, etc.). Another example is the geometric pattern in the Pascal's Triangle, where each number is the sum of the two numbers above it.
Yes, patterns can be found in all areas of maths, from basic arithmetic to advanced calculus. In geometry, there are patterns in shapes and angles, while in statistics, patterns can be seen in data sets. Patterns are also prevalent in algebra, trigonometry, and other branches of maths.