Uncertainty Calculator vs Standard Notation Calculator

Uncertainty Calculator evaluates the error propagation throughout the mathematical expressions comprised of variables of uncertain value. The application allows input of up to three value-error pairs (A, B and C), that can be used as a parameters in the final expression. Error values should be provided in absolute (100 +/- 5) or in relative format, the latter should appear in percent format (100 +/- 5%). The evaluated expression can include numerous functions, that provided by row of the appropriate buttons. Components and functions can be added directly to the expression field by pressing the corresponding buttons. To encompass expression into the preset formula, select the expression and press the corresponding formula button. Particular attention should be paid to placing brackets to avoid equation ambiguity. The application deals with independent, random errors. So if this is a case never use A + A, but rather 2*A and never A*A*A but rather A^3! Obviously, different parameters can be combined in any way (A+B or C *A^2 .. is perfectly fine). Angles for trigonometric functions can be provided in degrees or radians, and that should be reflected by setting a yellow button to "DEG" or "RAD". Bear in mind the importance of units in any of calculations! Implementation Examples: 1.The charge passing through an electrical circuit is defined by: Q = I * t, where I is the current and t is the time. Calculate the total charge value when a current of 0.15 ± 0.01 A passes through the circuit for 120 ± 1 s: Input: A = 0.15 ± 0.01, B = 120 ± 1 The final expression will be A*B, and press Calculate: The final value will be: 18 ± 1.2 Thus, it can be reported the total charge as 18 C ± 1 C. Important! One should only report as many significant figures as are consistent with estimated error! So the value should be rounded to the rightmost decimal place at which error applies. 2. A ball is tossed straight up into the air with initial speed vo = (4.0± 0.2) m/s. After a time t = (0.60 ± 10%) s, the height of the ball is h = vo*t - 0.5gt^2 = 0.636 m (g = 9.80 m/s^2). What is the value and uncertainty of height? Input: A = vo = 4.0 ± 0.2, and B = t = 0.60 ± 10%, then the final expression should be: A*B – 0.5*9.8*B^2 The final value will be: 0.6 ± 0.4 (meters).

Standard Notation calculators are used to make counting easier of very large and very small numbers. A standard notation calculator is mathematical tool that helps students solving the mathematical calculations that are in scientific notation. Solving such operations and calculations manually is very difficult for students and all those people not having mathematical background. For this very purpose, standard notation calculators are developed to avoid unnecessary stress. This standard notation calculator app is for all those students and peoples who are searching for a reliable app on the app store. Using such app for solving mathematical expression saves your lot of time in lengthy calculations. Also, the chances of getting wrong answers are pretty high while solving standard notation calculations manually. So, get install this app on your device . This app is; • Very easy to use • Give accurate answers • Provide fast results Both terms, standard notation, standard form, and scientific notation are the same. The numbers are usually written in their expanded form such as 2008900 but the same number when converted into standard notation, will be expressed in the power of ten. We can say that standard notation is a method of writing very large and very small numbers in the power of ten. For instance, the same number 2008900, when written in standard form, will become 2.009x10+6. The power of the calculation result or calculation depends on the number, if it is too small such as 0.0908, then in standard notation, we will move the decimal point to the right direction and its standard notation will be 9.080 x 10-2. Converting a small value into standard notation involves moving the decimal point to the right, the power of ten will be negative. On the other hand, dealing with very large numbers, the power of ten will be positive. This free standard notation app is very beneficial for every student while converting numbers in standard notation. How to use this app? Just install this app on your smartphone . 1. Enter any function that you want to convert in standard notation in its provided input field. 2. Press ‘’ convert’. 3. The calculated results will show on your screen. 4. This app provide results in three different forms. • Scientific notation • Exponential notation • Engineering notation 5. Pressing on the ''reset'' button clear the results You can also download the result in pdf form