Примери коришћења Fibonacci numbers на Енглеском и њихови преводи на Српски
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Fibonacci numbers.
Formula for the Fibonacci numbers.
Fibonacci numbers and ratios are everywhere throughout nature.
Both are Fibonacci numbers.
Here is an example of recursive subroutine in C/C++ to find Fibonacci numbers.
All fibonacci numbers.
Denote by F(n+ 1) the Fibonacci numbers.
The Fibonacci numbers only make sense when they're in order.
They are both Fibonacci numbers.
Suppose you wanted to look at adding the squares of the first few Fibonacci numbers.
So there are Fibonacci numbers in pine cones.
Using this golden ratio as a foundation,we can build an explicit formula for the Fibonacci numbers.
And some flowers have shown Fibonacci numbers as high as 144.
Those are not Fibonacci numbers, but if you look at them closely,you will see the Fibonacci numbers buried inside of them.
Both numbers will be Fibonacci numbers.
A test for Fibonacci numbers could look like this.
These numbers are both Fibonacci numbers.
There are even Fibonacci numbers in how the leaves are arranged on this stalk.
Though closely related in definition,Lucas and Fibonacci numbers exhibit distinct properties.
Suppose you like to square numbers, and frankly, who does not(Laughter)Let's look at the squares of the first few Fibonacci numbers.
Golden Ratio and the Fibonacci Numbers are visible everywhere in Nature.
I promise this is a random flower- andI didn't pick it out specially to trick you into thinking there are Fibonacci numbers in things.
The actual type for calculating the fibonacci numbers continues to start at 0.
Typically each floret is oriented toward the next by approximately the golden angle, 137.5°, producing a pattern of interconnecting spirals where the number of left spirals andthe number of right spirals are successive Fibonacci numbers.
In terms of applications, Fibonacci numbers appear in nature surprisingly often.
Lucas numbers and Fibonacci numbers form complementary instances of Lucas sequences.
It's no surprise that when you add consecutive Fibonacci numbers, you get the next Fibonacci number.
For example, a procedure to compute the Fibonacci numbers might look like the following in PostScript:/fib{ dup dup 1 eq exch 0 eq or not{ dup 1 sub fib exch 2 sub fib add} if} def In UNIX scripting the functions are computer programs which receive data from standard input and send the results to standard output.
A problem in the third section of Liber abaci led to the introduction of the Fibonacci numbers and the Fibonacci sequence for which Fibonacci is best remembered today.
Here is an example of recursive subroutine in C/C++ to find Fibonacci numbers: int fib(int n){ if(n<=1) return n; return fib(n-1)+fib(n-2);} Early languages like Fortran did not initially support recursion because variables were statically allocated, as well as the location for the return address.