The science behind the experiment.
Find the course of each manipulation, its formulas and its corrected multiple choice questions.
58 courseses available
Solution preparation
Connect a weighed mass, a amount of substance and the final volume of the solution.
Read the course & take the quiz →ChemistryAcid–base titrations
Determine the concentration of an acid or a base using a neutralization reaction.
Read the course & take the quiz →ChemistryIodometry and iodimetry
Distinguish between a direct titration of iodine and a titration of iodine released by an oxidant.
Read the course & take the quiz →ChemistryPermanganate titrations
Use permanganate to dose a reducing agent by electron exchange.
Read the course & take the quiz →ChemistryArgentometric titrations
Dose certain anions by forming a poorly soluble silver salt.
Read the course & take the quiz →ChemistryQualitative identification of ions
Recognize an ion from a set of characteristic reactions.
Read the course & take the quiz →ChemistryIon analysis of an unknown sample
Organize a qualitative analysis process with witnesses, separations and confirmations.
Read the course & take the quiz →ChemistryInterpreting solubility diagrams
Plan for saturation and the possible presence of a solid deposit.
Read the course & take the quiz →ChemistrySulfide solubility and dissolution
Distinguish between chemical balance, speciation and dissolution rate of a sulfide ore.
Read the course & take the quiz →ChemistryInstrumental analysis
Understand the signal, calibration and determination of a concentration.
Read the course & take the quiz →ChemistryBuilding and representing molecules
Link formula, connectivity, valence and geometry of organic molecules.
Read the course & take the quiz →ChemistryUnderstanding aromaticity
Recognize a cyclic conjugation and distinguish aromaticity and the simple presence of a cycle.
Read the course & take the quiz →ChemistryMonitoring an organic reaction
Link reaction family, stoichiometry, kinetics and yield.
Read the course & take the quiz →ChemistryFrom starch to beer
Understand brewing, fermentation and monitoring of a bioprocess.
Read the course & take the quiz →ChemistryPolymers, plastics and elastomers
Linking macromolecular chains, formulation and shaping processes.
Read the course & take the quiz →ChemistrySoap formulation and plant management
Distinguish between soap, surfactant, formulation and management of an industrial batch.
Read the course & take the quiz →PhysicsThe simple pendulum
Relate the oscillation period to the length of the wire and gravity.
Read the course & take the quiz →PhysicsDC circuits and Ohm’s law
Connect voltage, current, resistance and power in a resistive circuit.
Read the course & take the quiz →PhysicsThe four-stroke engine
Understand the mechanical cycle and distinguish the succession of times from the ideal thermodynamic model.
Read the course & take the quiz →PhysicsChanges of state
Distinguish between heating, phase change and ionization.
Read the course & take the quiz →PhysicsFrom nuclear reactor to electricity
Understand the energy conversion chain of a nuclear power plant.
Read the course & take the quiz →PhysicsNuclear fission, fusion and energy
Distinguish the transformations of nuclei and link mass defect and energy.
Read the course & take the quiz →PhysicsKaplan turbine
Link head height, flow rate and useful hydraulic power.
Read the course & take the quiz →PhysicsFrancis turbine
Link head height, flow rate and useful hydraulic power.
Read the course & take the quiz →PhysicsPelton turbine
Link head height, flow rate and useful hydraulic power.
Read the course & take the quiz →PhysicsRocket assembly and flight principles
Link systems integration, thrust, mass and vertical trajectory.
Read the course & take the quiz →MetallurgyRepresentative sampling and quartering
Distinguish a reduction in mass from an involuntary selection of particles.
Read the course & take the quiz →MetallurgyOre crushing
Understanding primary fragmentation and the choice of a crusher.
Read the course & take the quiz →MetallurgyGrinding and mineral liberation
Link finesse, energy consumed and release of useful minerals.
Read the course & take the quiz →MetallurgyHydrocyclone classification
Distinguish between overflow and underflow currents and read a particle size cutoff.
Read the course & take the quiz →MetallurgySlurry settling and filtration
Compare gravity sedimentation and filtration under pressure difference.
Read the course & take the quiz →MetallurgyCounter-current decantation (CCD)
Understand backwashing and recovery of entrained solute.
Read the course & take the quiz →MetallurgyMineral concentration by flotation
Linking surface chemistry, bubbles and selective separation of minerals.
Read the course & take the quiz →MetallurgyElectrostatic mineral separation
Understand the action of an electric field on particles and the role of conductivity.
Read the course & take the quiz →MetallurgyInterpreting crystal structures
Connect mesh, periodic network and atomic organization.
Read the course & take the quiz →MetallurgyMaterial hardness testing
Distinguish between indentation, scratch and rebound tests.
Read the course & take the quiz →MetallurgyMineral deposit formation
Linking material transport, geological concentration and economic interest.
Read the course & take the quiz →MetallurgyMetal dissolution by leaching
Link selective dissolution, reagents and contact time.
Read the course & take the quiz →MetallurgyPurification by solvent extraction
Understand the transfer of a metal between aqueous phase and organic phase.
Read the course & take the quiz →MetallurgyCobalt recovery by precipitation
Link pH, solubility and coprecipitation in a metalliferous solution.
Read the course & take the quiz →MetallurgyElectrowinning of metals
Linking current, time and metal deposition.
Read the course & take the quiz →MetallurgyElectrolysis and electrorefining
Distinguish between electrowinning and electrolytic refining.
Read the course & take the quiz →MetallurgyOre calcination
Understand thermal decomposition and distinguish calcination, drying and melting.
Read the course & take the quiz →MetallurgySulfide concentrate roasting
Distinguish between oxidation of a sulfide and fusion of a charge.
Read the course & take the quiz →MetallurgyMetallurgical furnace selection and operation
Identify the energy source and the real function of each family of equipment.
Read the course & take the quiz →MetallurgyFrom iron ore to pig iron
Understand reduction, counter-current and cast iron–slag separation.
Read the course & take the quiz →MetallurgyThe copper–cobalt water-jacket furnace
Identify reduction, phase separation and wall cooling.
Read the course & take the quiz →MetallurgyCopper–nickel alloy formation
Link composition, fusion and solidification of an alloy.
Read the course & take the quiz →MetallurgyEllingham, Pourbaix and Chaudron diagrams
Link diagram, environmental conditions and phase stability.
Read the course & take the quiz →MetallurgyThe integrated leaching–CCD–SX–EW circuit
Understand the sequence of operations and the accumulation of impurities.
Read the course & take the quiz →MetallurgyDesigning and testing a process flowsheet
Connect equipment, connections, capacities and instrumentation of a circuit.
Read the course & take the quiz →MetallurgyThe metallurgy laboratory bench
Link sample, separation, measurement and interpretation.
Read the course & take the quiz →