Homeschool chemistry lab practice at home
Build a chemistry explanation from a measured comparison, alongside your existing curriculum and hands-on work.
A suggested sequence, adjusted to your course
Begin titration after concentration and mole ratios. Move to equilibrium when the learner can distinguish reaction amount from equilibrium composition. Use electrochemical cells after introducing electron transfer. This is a practice sequence, not a full syllabus.
Chemistry
Acid–Base Titration
One drop, six pH units. Find the equivalence point and pKa.
Chemistry
Equilibrium & Le Châtelier
Add, remove, heat, and cool. Watch the color shift as the equilibrium pushes back.
Chemistry
Electrochemical Cells
Build a battery from two metals and a salt bridge. Then run it backwards to plate copper.
One titration record to build together
Predict whether equal amounts of strong and weak monoprotic acid need the same amount of base. Record acid volume, base concentration, initial and final burette readings, delivered volume, and pH; then explain your inferred acid concentration.
In the course’s ideal example, 25.00 mL of 0.100 M monoprotic acid reaches equivalence after 25.00 mL of 0.100 M base. Strong- and weak-acid curves can reach that volume at different pH values. Label this as a model reference and collect your own run before writing a conclusion.
What you need for virtual practice
Use a computer, a current browser with WebGL2 support, and somewhere to retain the learner’s explanation. Read the course guide before access begins. The local notebook belongs to this browser and device; retain your own copy for records you need to keep.
How this fits beside a kit or curriculum
A physical kit provides equipment handling and physical observations that a simulation cannot supply. These modeled activities let you revisit a controlled comparison without consuming chemicals, while your curriculum supplies the teaching sequence and any required practical work.
Scivra does not provide a complete homeschool chemistry course, PDF lab reports, transcripts, lab-hour certification, or guaranteed credit recognition.
Try an investigation before choosing a plan
The Newton’s second law demo runs without an account. Sign in to start one shared seven-day trial when you first open any flagship lab. Other simulations require paid access; course guides remain public.
- Newton's Second LawNo account needed
- Electrochemical CellsFlagship trial after sign-in
- Ripple TankFlagship trial after sign-in
- Flame Tests & Atomic SpectraFlagship trial after sign-in
Questions before you begin
Do I need a chemistry kit to run these simulations?
No physical chemicals are used in the browser model. A kit or supervised laboratory can still be needed for the practical work required by your curriculum.
Can I try chemistry before subscribing?
The electrochemical-cells and flame-tests-atomic-spectra investigations are flagship courses in the shared seven-day trial after sign-in. Titration and the rest of the paid library require the access shown on their course pages.