How is Maths used in Nature?
Symmetry
Five axes of symmetry are traced on the petals of this flower, from each dark purple line on the petal to an imaginary line bisecting the angle between the opposing purple lines. The lines also trace the shape of a star.
Shapes - Polyhedron
For a beehive, close packing is important to maximise the use of space. Hexagons fit most closely together without any gaps; so hexagonal wax cells are what bees create to store their eggs and larvae. Hexagons are six-sided polygons, closed, 2-dimensional, many-sided figures with straight edges.
Parallel lines
In mathematics, parallel lines stretch to infinity, neither converging nor diverging. These parallel dunes in the Australian desert aren't perfect - the physical world rarely is.
Fractals
Many natural objects, such as frost on the branches of a tree, show the relationship where similarity holds at smaller and smaller scales. This fractal nature mimics mathematical fractal shapes where form is repeated at every scale. Fractals, such as the famous Mandelbrot set, cannot be represented by classical geometry.
Fibonacci sequence
Rabbits, rabbits, rabbits. Leonardo Fibonacci was a well-travelled Italian who introduced the concept of zero and the Hindu-Arabic numeral system to Europe in 1200AD. He also described the Fibonacci sequence of numbers using an idealised breeding population of rabbits. Each rabbit pair produces another pair every month, taking one month first to mature, and giving the sequence 0, 1, 1,2,3,5,8,13, each number in the sequence is the sum of the previous two.
Golden ratio (phi)
The ratio of consecutive numbers in the Fibonacci sequence approaches a number known as the golden ratio, or phi (=1.618033989...). The aesthetically appealing ratio is found in much human architecture and plant life. A Golden Spiral formed in a manner similar to the Fibonacci spiral can be found by tracing the seeds of a sunflower from the centre outwards.
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in maths
Nature doesn't "use" math. Math and science are the descriptions of what Nature does ... naturally.
1.the reason for the relation of maths in nature is that mathematics or math is needed in our daily lifelike this song hope you like it there is math in every day life in every day life we can add and subtract multiply and divide there is math in every day life in every day life..... in any place, we used math.......... 2.relation of maths and nature..... in everything we see in our nature are have commitment because they are many questions in our life how they formed, who do this things. all of this questions can answered in mathematics
The lady who invented maths was called Charlotte Higgleson and she was born in Greece
The difference of maths and geography is maths is more better than geography
in maths
Nature doesn't "use" math. Math and science are the descriptions of what Nature does ... naturally.
Look up the Golden Ratio
1.the reason for the relation of maths in nature is that mathematics or math is needed in our daily lifelike this song hope you like it there is math in every day life in every day life we can add and subtract multiply and divide there is math in every day life in every day life..... in any place, we used math.......... 2.relation of maths and nature..... in everything we see in our nature are have commitment because they are many questions in our life how they formed, who do this things. all of this questions can answered in mathematics
Not without knowing the exact nature of the trouble you are having, and the areas of mathematics involved (arithmetic, algebra, geometry), and the level at which you are studying (primary school, secondary school, college or university).
Math has existed as long as people counted, or saw patterns in nature, or measured things.
All types of maths appear in nature; circles that appear in nature gave rise to the number "pi", exponential sequences in nature gave rise to the number 'e', trigonometric functions model curves, probabilities can be calculated for naturally occurring "events", Mandelbrots' sequences model trees, snowflakes etc... Differential equations can be used to model flow rates, cell division (and cancer proliferation), growth etc... When you look for it, maths is pretty much the basis of everything.
Level A maths is the hardest maths you can get. Level B maths is not so hard and level C maths is about the same as primary school maths.
The lady who invented maths was called Charlotte Higgleson and she was born in Greece
In America it is math, in most European countries it is maths
Yes, math is called maths in Welsh.
you have to pick Maths for GCSE's but you can also pick additional maths which is just more maths than normal eg you may have 5 peroids of maths a week but with additional maths you may have 9 peroids of Maths a week