Scientific Calculator Precision 54 is a specialized tool for scientists, engineers, teachers, and students that is designed to fit on netbooks and notebooks with small displays. It can also be used on desktop and laptop computers.
If you're in need of a reliable and precise mathematical calculation tool, look no further than this handy software. Designed specifically to suit Netbooks and Notebooks with smaller displays, it can also be used on your laptop or desktop computer without issue.
Calculations are done in a proprietary data type, and the software is equipped to handle mathematical formulas of any length and complexity. Plus, you can store your calculation history in a text file or print it out for future reference.
With ten variables or constants available for storing often used numbers, the software ensures precision with calculations of up to 54 digits. It also includes trigonometric, hyperbolic, and inverse functions, as well as special numbers like NaN, Uncertainty, and Infinity.
One standout feature of this software is its adherence to the classical approach of estimating the uncertainty of f(x) calculation, which is done by formula max|(derivative(f))|*|x*uncertainty(x)|. This process considers the maximum of the function derivative on interval [x-uncertainty(x),|x+uncertainty(x)], where uncertainty(x)=|x|*10^(-precision).
Overall, this user-friendly software offers a dependable solution for all your mathematical calculation needs.
Calculations are done in a proprietary data type, and the software is equipped to handle mathematical formulas of any length and complexity. Plus, you can store your calculation history in a text file or print it out for future reference.
With ten variables or constants available for storing often used numbers, the software ensures precision with calculations of up to 54 digits. It also includes trigonometric, hyperbolic, and inverse functions, as well as special numbers like NaN, Uncertainty, and Infinity.
One standout feature of this software is its adherence to the classical approach of estimating the uncertainty of f(x) calculation, which is done by formula max|(derivative(f))|*|x*uncertainty(x)|. This process considers the maximum of the function derivative on interval [x-uncertainty(x),|x+uncertainty(x)], where uncertainty(x)=|x|*10^(-precision).
Overall, this user-friendly software offers a dependable solution for all your mathematical calculation needs.
What's New
Version 1.0.0.9: version checker is added
Version 1.0.0.5: Trial scheme improvement.
Version 1.0.0.4: Corrections
Version 1.0.0.0: N/A