Download SCΧ ΡRΙΜΕ App V. 1.0
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SCΧ ΡRΙΜΕ App V. 1.0
by Francois Maurice Deschenes
This app is a comprehensive mobile toolkit that brings the science of electrochemistry into your pocket. Whether you are studying galvanic cells, running electrolysis calculations, balancing half-reac - More Info...

Available Since: 2026-03-16
Developer: Francois Maurice Deschenes
Seller: Francois Maurice Deschenes
Price: 0 USD
Current version: 1.0
Last Updated: 2026-03-16

Ratings: 0 out of 5 stars.
Based on 0 reviews. (Rate/Review)
Genre: Finance
Filesize: 2.45MB
IOS Bundle ID: com.ElectrochemistryHub.ElectrochemistryHub
Age Rating: 4+
Languages: EN

Videos: SCΧ ΡRΙΜΕ App Videos

This app is a comprehensive mobile toolkit that brings the science of electrochemistry into your pocket. Whether you are studying galvanic cells, running electrolysis calculations, balancing half-reactions, or applying Faraday's Laws, this app delivers instant, physics-accurate results with an elegant and intuitive interface. Every module is built on verified constants and IUPAC conventions, so you can trust every result — in the classroom, the laboratory, or out in the field.
Core Features
(1) Galvanic Cell EMF Calculator
Select anode and cathode materials from an eight-element electrode library. The app calculates the standard cell potential (E°cell = E°cathode − E°anode) using IUPAC reduction potentials, determines spontaneity, and animates the electron-flow path across an interactive cell diagram in real time.
(2) Electrolytic Cell Calculator
Enter current (A), time (s), and applied voltage (V), then choose from six common reactions — water splitting, copper deposition, chlorine evolution, silver plating, aluminium smelting, and zinc refining. Results include deposited mass, moles, gas volume at STP, and energy consumed, with a live bubble animation at the electrodes.
(3) Electrode Equation Writer
Generate charge-balanced and mass-conserved half-reaction equations for eight metals (Cu, Zn, Fe, Ag, Mg, Al, Pb, Ni) in acidic, neutral, or basic media. Choose oxidation only, reduction only, or display both simultaneously. Every equation is ready to use in lab reports or revision notes.
(4) Faraday's Law Calculator
A dedicated calculator implementing m = (Q × M) / (n × F) in full. One-tap presets for Cu, Ag, Al, and Zn auto-fill molar mass and electron count. An animated progress bar visualises the deposition level relative to a 10 g reference quantity, making the charge–mass relationship tangible.
(5) Calculation History Archive
Every result across all four modules is saved automatically with a precise timestamp. The History screen shows colour-coded cards that are filterable by module. Review past sessions at any time, or clear the entire archive with a single tap.
Who Is This For?
(1) High school and university chemistry students preparing for exams or completing coursework.
(2) Teachers and lecturers building demonstrations, worksheets, or in-class problem sets.
(3) Laboratory technicians who need fast electrochemical sanity checks on the bench.
(4) Hobbyists building DIY galvanic cells, electroplating rigs, or home battery packs.
(5) Curious learners who want to understand energy storage, corrosion, metal refining, and electrochemical processes at a fundamental level.

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