Age Rating
Uncertainty Calculator スクリーンショット
About Uncertainty 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).
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).
Show More
最新バージョン 3.7 の更新情報
Last updated on 2023年09月09日
旧バージョン
Compatibility update.
Show More
Version History
3.7
2023年09月09日
Compatibility update.
3.6
2022年01月20日
Compatibility update.
3.5
2021年06月12日
Compatibility update.
3.3
2021年01月10日
Compatibility update.
3.2
2020年10月13日
Compatibility update.
3.1
2020年10月12日
Compatibility update.
2.8
2020年04月03日
Compatibility update.
2.6
2020年02月08日
Compatibility update.
2.5
2018年08月01日
Compatibility update.
2.3
2018年01月17日
Compatibility update.
2.2
2017年12月01日
Compatibility update.
2.1
2017年07月28日
Compatibility update.
2.0
2017年07月10日
Compatibility update.
1.9
2017年06月13日
Compatibility update.
1.8
2017年03月18日
Compatibility update.
1.6
2016年11月30日
Compatibility update.
1.5
2016年11月12日
Compatibility update.
1.0
2016年10月31日
Uncertainty Calculator 価格
今日:
¥600
最低価格:
¥400
最高価格:
¥600
Uncertainty Calculator FAQ
ここをクリック！地理的に制限されているアプリのダウンロード方法をご参考ください。
次のリストをチェックして、Uncertainty Calculatorの最低システム要件をご確認ください。
iPhone
iOS 16.0以降が必要です。
iPad
iPadOS 16.0以降が必要です。
Uncertainty Calculatorは次の言語がサポートされています。 英語
