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The golden ratio is also known as 'phi' (a Greek letter written like an 'o' with a vertical line through it.

It is an irrational number, but not a transcendental number like e and pi.

You can find its value on a calculator by entering (sqrt5 + 1)/2 = 1.6180339887499.....

If you break a stick into two unequal parts so that the ratio of the large part to the small part is the same as the ratio of the original stick to the large piece, then that ratio is the golden ratio.

The golden ratio was known to Greek mathematicians as long as 2400 years ago. Luca Pacioli wrote about in 1509, sparking modern fascination .

The golden ratio is said to be used in the proportions of Greek temples, and to be found in the ratio of various parts of an ideal human body. It is found in many places in nature, such as the pattern of the seeds in a sunflower, and the shape of a snail shell.

As far as the pyramids go, many things have been said about the dimensions, proportions and orientation of the Egyptian pyramids, but my view is that this may be our imagination as much as it was actually the method of the builders of the pyramids. This is not to deny that the pyramids are an amazing feat of engineering.

By the way, the first pyramids were built about 4600 years ago, 2200 years before the writings of the Greek mathematicians.

Q: How did the golden ratio help find the height of a pyramid?

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PyramidGwill help you to calculate the parameters of the golden section pyramid by the desired height or the length of the base, the ratio of which will be the golden section. You can choose the length of the base of the pyramid or the height of the pyramid as the greater value.PyramidG for Cheops calculates the parameters of the pyramid, which base is the golden section of the Cheops pyramid. The calculation is made by the specified values â€‹â€‹of the height or the length of the base of the pyramid.

There are quite a few ways you could find the height of a square pyramid. You could measure the sides for example.

You have to find out the area of the base which you find out with perpendicular height times base then time that by the perpendicular height of the pyramid and divide it by 3

we can find the height of a rectangular pyramids located at the top of the base

The Fibonacci sequence can be used to determine the golden ratio. If you divide a term in the sequence by its predecessor, at suitably high values, it approaches the golden ratio.

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PyramidGwill help you to calculate the parameters of the golden section pyramid by the desired height or the length of the base, the ratio of which will be the golden section. You can choose the length of the base of the pyramid or the height of the pyramid as the greater value.PyramidG for Cheops calculates the parameters of the pyramid, which base is the golden section of the Cheops pyramid. The calculation is made by the specified values â€‹â€‹of the height or the length of the base of the pyramid.

To find the perpendicular height of a square pyramid, first compute for the volume of the pyramid. Then divide the volume by the area of the base to find pyramid's height.

the ratio of width to height of an object, the multiplier is 1.618

There are quite a few ways you could find the height of a square pyramid. You could measure the sides for example.

You have to find out the area of the base which you find out with perpendicular height times base then time that by the perpendicular height of the pyramid and divide it by 3

we can find the height of a rectangular pyramids located at the top of the base

To find the height of the pyramid, use the formula for the volume of a pyramid: V = (1/3) * base area * height. Plug in the values given: 2226450 = (1/3) * 215^2 * height. Solve for height: height = 2226450 / ((1/3) * 215^2). Calculate the result to find the height of the pyramid.

i dont know but when you find out tell me

The Fibonacci sequence can be used to determine the golden ratio. If you divide a term in the sequence by its predecessor, at suitably high values, it approaches the golden ratio.

Volume of a pyramid = 1/3*base area*height

You need some information about the height of the pyramid and the formula will depend on whether you have the vertical height or the slant height or the length of a lateral edge.

The golden ratio is a number that exists in anatomy, art, and the sciences. The estimated number is 1.61803399. To find the ratio, you find: (1 + squaroot(5))/2