**Use visual data to disintegrate complex subjects**

Smaller corporations appear to have an easy time creating simple infographics ideas than larger firms when attracting customers. Read more

**Use visual data to disintegrate complex subjects**

Smaller corporations appear to have an easy time creating simple infographics ideas than larger firms when attracting customers. Read more

**Dark and Earthy**

Desert landscapes have thrilling and dramatic contrast outlook, and so is its color scheme. This scheme involves shades of plum and reddish-orange which portray a more toned down than garish and bright combinations. This scheme will make your prints fascinating. Read more

To describe it in simple terms, consider any two quantities where each quantity is greater than zero. Let us say the two quantities have the ratio *m:n*. Now calculate the sum of the two aforementioned quantities and find the ratio of that sum to any larger quantity of the two, let us call it ratio *x:y.* If it turns out that ratios *m:n* and *x:y* are same, then the two quantities are described as being in a **golden ratio**.

Algebraically, for quantities b and a where a>b>0, it is expressed as;

((a+b)/a)=def a/b=*phi *where *phi* denotes the golden ratio.

Using the above descriptions, if you were to take a perfect square with sides **a** and place it adjacent to a rectangle that matches its “height” (“height” of the square) but with at least half of the square’s breadth **b**, then two will form a **similar** golden rectangle with the longer side of the golden triangle being **a**+**b** and the shorter side being **a**. Therefore, **a** is to **b** as **a+b** is to **a. **the golden ratio has a decimal approximation of 1.6180339887…

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