![]() ![]() Trigonometric functions: In mathematics and in various fields of engineering, trigonometric functions are frequently used to solve different problems. Which is supposedly called an “obelus” - who knew? (x / y) Division, sometimes referred to as the quotient, is sometimes shown as a fraction, a “/” or the “÷” symbol. (x * y) Multiplication, the product or “times” is represented sometimes by an “x” and sometimes by an asterisk “*”. (x - y) Subtraction, the “minus” sign, or sometimes difference, is used to find the numerical separation between two numbers, thus the term “difference”. (x + y) Addition, also known as summing or, more colloquially, “plus” is used to sum numbers together. This calculator is optimized for either desktop or mobile use, making it a portable powerhouse or a reliable at-the-desk tool.īasic operations: Even the most advanced scientific calculator needs the basics in order to be useful - here are the most commonly used and basic functions: With the inclusion of many different features, easy access to a wide variety of scientific constants. Professionally and Newly designed user-interface that speeds up Data Entry, Easy Viewing and Calculation Speed.This free, easy-to-use scientific calculator can be used for any of your calculation needs but it is specialized for usage by engineers and scientists.Extremely Accurate Calculations and Conversions.Formulas are provided for each calculator. ![]() Automatic Calculation & Conversion of the Output with respect to changes in the Input, Options and Units.Complete coverage of calculators and converters in Surveying and Civil Engineering Parameters.Stadia Distance (From Instrument Spindle to Rod - Horizontal Sights)Įngineering Survey Calculator contains following 32 Converters:.Vertical Distance between the Instrument and the Rod (Stadia Surveying).Horizontal Distance between the Instrument and the Rod (Stadia Surveying).Relative Accuracy required between directly connected Bench Marks (Third Order).Relative Accuracy required between directly connected Bench Marks (Second Order - Class II).Relative Accuracy required between directly connected Bench Marks (Second Order - Class I). ![]()
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