With Interactive PV = nRT isolating time and time again the several variables within the Equation of State for Ideal Gases with pencil and paper won’t be necessary anymore. In its instead, the app only needs you to perform simple touch gestures in order to isolate any unknown variable, and all thanks to MNT methodology.
MNT (Mobile Numbers Technology) methodology aims to take advantage of the great power that the Smartphones have so as to change the old equation systems analytical solving techniques with a brand new graphic methodology much more intuitive. Then, in place of stating the equation systems in a plain, algebraic way on paper, a schema of the variables and their interrelations is generated and solved through smart devices.
Characteristics of Interactive PV = nRT:
- Equation of State for Ideal Gases is symbolically represented in the main screen so that each of its variables including the R constant are arranged in a map.
- In order to isolate the desired unknown variable you just need to touch any input variable and drag your finger across the other ones until you reach the unknown variable.
- Once you have isolated the desired variable, you can set the variables' values by simply clicking the symbols of the variables that you want to get ready and the results will be instantly calculated and shown.
- In addition to the Equation of State for Ideal Gases, in the map you will also find represented the Gay-Lussac 2nd Law (P/T = ka), the Charles and Gay-Lussac Law (V/T = kb) and lastly the Boyle-Mariotte Law (P·V = kc). Consequently, the variables ka, kb and kc are shown on screen too.
- As you probably will work only with the PV = nRT equation, variables ka, kb and kc are disabled by default so that they do not disturb. However, you still can enable them if you want to.
- You can also change the units system of the equation. Although the unit system configured by default is the International System of Units, you can choose among three more options: mmHg·L/(K·mol), bar·m3/(K·mol) y atm·L/(K·mol).
- An user manual has been performed just in case you have any doubt about how to use the app or what the meanings of the symbology are. You can find it in the upper right corner menu, at "Help".
If any doubts or suggestions, please don't hesitate to contact us at mobilenumberstechnology.apps@gmail.com and we will be so pleased to attend to you.
Thank you!
MNT (Mobile Numbers Technology) methodology aims to take advantage of the great power that the Smartphones have so as to change the old equation systems analytical solving techniques with a brand new graphic methodology much more intuitive. Then, in place of stating the equation systems in a plain, algebraic way on paper, a schema of the variables and their interrelations is generated and solved through smart devices.
Characteristics of Interactive PV = nRT:
- Equation of State for Ideal Gases is symbolically represented in the main screen so that each of its variables including the R constant are arranged in a map.
- In order to isolate the desired unknown variable you just need to touch any input variable and drag your finger across the other ones until you reach the unknown variable.
- Once you have isolated the desired variable, you can set the variables' values by simply clicking the symbols of the variables that you want to get ready and the results will be instantly calculated and shown.
- In addition to the Equation of State for Ideal Gases, in the map you will also find represented the Gay-Lussac 2nd Law (P/T = ka), the Charles and Gay-Lussac Law (V/T = kb) and lastly the Boyle-Mariotte Law (P·V = kc). Consequently, the variables ka, kb and kc are shown on screen too.
- As you probably will work only with the PV = nRT equation, variables ka, kb and kc are disabled by default so that they do not disturb. However, you still can enable them if you want to.
- You can also change the units system of the equation. Although the unit system configured by default is the International System of Units, you can choose among three more options: mmHg·L/(K·mol), bar·m3/(K·mol) y atm·L/(K·mol).
- An user manual has been performed just in case you have any doubt about how to use the app or what the meanings of the symbology are. You can find it in the upper right corner menu, at "Help".
If any doubts or suggestions, please don't hesitate to contact us at mobilenumberstechnology.apps@gmail.com and we will be so pleased to attend to you.
Thank you!
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