Projectile Motion Lab
Launch a projectile, scrub through its motion and connect the trajectory to horizontal and vertical velocity graphs.
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StudyVector Explore · 20 reviewed interactives
Manipulate the model, connect every change to a measurement, then test your understanding. These are reviewed learning objects—not decorative animations or unverified AI output.
Every published item includes explicit assumptions, a text alternative and authored challenge tolerances.
20 reviewed interactives
Launch a projectile, scrub through its motion and connect the trajectory to horizontal and vertical velocity graphs.
Manipulate y = a sin(bx + c) + d and see amplitude, period, phase shift and range update together.
Apply a per-unit tax to a linear market and inspect the new equilibrium, incidence, revenue and deadweight loss.
Resolve weight on a slope, compare friction with the driving force and see exactly when the block balances or accelerates.
Switch between series, parallel and potential-divider circuits while current, voltage, resistance and power recalculate instantly.
Animate a transverse wave, mark one oscillating particle and connect amplitude, wavelength, frequency, period and wave speed.
Construct principal rays through converging and diverging lenses, then connect the geometry to image distance, magnification and lens power.
Switch between five body systems, select real structures and connect each location to its function, pathway role and exam-language focus.
Trace blood through chambers and vessels, inspect wall differences and connect heart rate and stroke volume to cardiac output.
Compare animal, plant and bacterial cells, inspect exam-relevant structures and connect specimen size to image size and magnification.
Follow a gene through transcription and translation, inspect codons and compare how missense, silent and early-stop substitutions change a polypeptide.
Add protons, neutrons and electrons to build atoms, isotopes and ions, then connect each particle count to element identity, mass, charge and shell arrangement.
Rotate reviewed VSEPR examples, compare bonding and lone pairs, and connect electron-pair repulsion to molecular shape, bond angle and polarity.
Control a virtual burette, watch the pH curve and indicator respond, and compare strong-acid and weak-acid titrations through the equivalence region.
Move through a full turn and connect angle, quadrant, reference angle and the point (cos θ, sin θ), with exact values shown at standard angles.
Move a point along four reviewed curves, shrink a secant interval and see average gradient converge on the tangent gradient and derivative.
Build two vectors by components, add or subtract them geometrically, scale vector A, and connect the resultant to magnitude, direction and dot product.
Add one observation to three reviewed datasets and see every dot, histogram bin, quartile, box plot and measure of centre or spread recalculate together.
Run bubble, insertion and merge sorts or binary search one reversible operation at a time, with the active pseudocode line and exact array state always visible.
Step through three short programs and watch the PC, MAR, MDR, CIR, accumulator, ALU, buses and memory change on every micro-operation.
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Change parameters freely and observe immediate, measurable consequences.
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Follow a short sequence that connects the visual state to the underlying idea.
03
Reach an authored target. Exploration itself never becomes a mastery claim.