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edited in source for two images
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quid
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enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

Two more illustrations from http://www.doubleroot.in

We see $(x+(1/x))^2 \geq 4$:

Obviously Area of a square, [x+(1/x)]²≥ 4 so..

We know the hypotenuse is always the longest side of a triangle: As we know hypotenuse is always longest side of a triangle.

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

Obviously Area of a square, [x+(1/x)]²≥ 4 so..

As we know hypotenuse is always longest side of a triangle.

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

Two more illustrations from http://www.doubleroot.in

We see $(x+(1/x))^2 \geq 4$:

Obviously Area of a square, [x+(1/x)]²≥ 4 so..

We know the hypotenuse is always the longest side of a triangle: As we know hypotenuse is always longest side of a triangle.

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

Obviously Area of a square, [x+(1/x)]²≥ 4 so..

As we know hypotenuse is always longest side of a triangle.

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

Obviously Area of a square, [x+(1/x)]²≥ 4 so..

As we know hypotenuse is always longest side of a triangle.

replaced http://math.stackexchange.com/ with https://math.stackexchange.com/
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enter image description here

This is @Blue's@Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

enter image description here

This is @Blue's very nice visual proof from trigonography.com that

$$x+\frac{1}{x}\;\geqslant\; 2$$

Provided credit for (my) image
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Blue
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