GRACELI variational calculation for numbers. 0nde 1 may have various outcomes variation as vibration within boundary between extremes, ie one can have various values ​​depending on vibration intensity lying between two extremes. Extremes 2 to 9, Vibration intensity of 2 to 9. Imagine the vibration of an electron at high speed, and in every moment of the journey is in the same variational certain intensity of vibration. That is, from 1 to 100 route and time for every second peaks to a peak and back to zero vibration intensity. Ie, the value vibrational electron is replaced by values ​​as intensities. So we have one electron. Most second electron so forth. This sequence numbers for variables can also be used in derivative numbers. Calculation Graceli phase derivatives and using inheritance in mathematics and quantum. Phase 1 - For all the variables has baz derivative with multiple values ​​of successive values ​​from b. Phase 2 - and the result has each fractional values ​​of {x} = 1/3. Phase 3 - And the result of each phase has fractional exponential values ​​[y] = 1.15. THAT IS, By this way you have a progressive calculation exponential and continuous flows, ie, at each interval has variational exponential values ​​as ray releases, explosions, etc.. That is, one can build phases succession of phases and intervals as streams of pulses to use for physical oscillatory as the gas flows of electrons as quantum and quantum Graceli. Phase 4 - and that alternative values ​​may build or even all of which result is raised to the exponential becomes successive fractional, and the successive fractional becomes exponential, or have a great increase in value and a decrease in another instant and steep. And since it can be considered high values ​​seconds and even minutes, or is replaced by variable temporal and or acceleration and power surges or phenomena. The result is found for which the values ​​after the phases b, x, y baz, and others, are all variables vary according to pre-determined. Phase 5 - the variables that may have alternate sequences which can have values ​​of baz repeated succession of two or more and fractional or exponential.