Pierre de Fermat

I have discovered a method of finding the tangents to all kinds of curves, and of determining their points of inflection.

I have discovered a method of finding the integral of any power of x, and of determining its points of inflection.

I have discovered a method of finding the tangents to all kinds of curves, and of determining their points of intersection.

I have discovered a method of finding the integral of any power of x, and of determining its points of intersection.

I have discovered a method of finding the tangents to all kinds of curves, and of determining their common tangents.

I have discovered a method of finding the integral of any power of x, and of determining its common tangents.

It is not possible to separate a cube into two cubes, or a fourth power into two fourth powers, or in general, any power higher than the second into two like powers.

I have found a very great number of very beautiful theorems.

I am not satisfied with a demonstration unless it is as clear as that of Euclid.

I have no time to write, but I have found a method of finding the tangents to curves, and the maxima and minima of curves, which is very general.

I have also found a method of finding the center of gravity of any solid or plane figure, and of finding the area of any curve.

I have discovered a method of finding the greatest and least ordinates of curved lines, and the tangents to them, which is very general, and which I have applied to many problems.

I have found a method of finding the tangents to curves, which is very general, and which I have applied to many problems.

I have also found a method of finding the area of any curve, and the center of gravity of any solid or plane figure.

It is impossible to separate a cube into two cubes, or a fourth power into two fourth powers, or in general, any power higher than the second into two like powers.

To divide a given number into two cubes, or two biquadrates, or generally into two powers of the same degree above the second is impossible.

I am far from claiming that I have found everything, but I can say that I have found a method for resolving all the questions of this kind.

I have found a very great number of beautiful theorems.

I have no time to write out the proofs, but I can assure you that I have them.

I have discovered a method for finding the greatest and least ordinates of curved lines.