Projectile Motion
Adjust the launch speed and angle, watch the cannonball fly, and see exactly how range, max height, and time of flight change in real time.
Open →Pick any topic below — open an interactive simulator or jump into a complete study guide. Learn by seeing, adjusting, and exploring.
Click any concept to open its dedicated page with adjustable sliders and live formula readouts.
Adjust the launch speed and angle, watch the cannonball fly, and see exactly how range, max height, and time of flight change in real time.
Open →Interactive Newton's laws simulator.
Open →Interactive SHM visualizer.
Open →Interactive circular motion visualizer.
Open →Interactive Coulomb's law simulator.
Open →Interactive Ohm's law circuit simulator.
Open →Interactive wave superposition visualizer.
Open →Interactive orbital motion simulator.
Open →Interactive PV diagram visualizer.
Open →Interactive ray optics lens simulator.
Open →Adjust force, displacement, angle.
Open →Adjust masses and velocities.
Open →Place charges and see electric field lines and equipotentials.
Open →Adjust frequency and intensity.
Open →Adjust source speed and frequency.
Open →Adjust string length and tension.
Open →Adjust force, radius, mass.
Open →Adjust magnet speed and coil turns.
Open →Adjust frequency and amplitude.
Open →Adjust half-life and initial atoms.
Open →Adjust length and gravity.
Open →Adjust resistance and capacitance.
Open →Adjust object density and fluid density.
Open →Adjust temperature and gas mass.
Open →Adjust temperature difference and material.
Open →Adjust material properties.
Open →Adjust slit width and wavelength.
Open →Adjust magnet strength and position.
Open →Adjust current and distance.
Open →Adjust voltage and doping.
Open →Adjust resistance, inductance, and capacitance.
Open →Build complex circuits with multiple loops.
Open →See magnetic field lines around current-carrying wires and moving charges.
Open →Adjust magnet speed and coil turns.
Open →Visualize electric flux through Gaussian surfaces.
Open →Interactive mole concept simulator.
Open →Interactive Bohr model simulator.
Open →Interactive equilibrium simulator.
Open →Interactive pH scale simulator.
Open →Interactive reaction rate simulator.
Open →Interactive enthalpy diagram visualizer.
Open →Interactive galvanic cell simulator.
Open →Interactive periodic table heat-map.
Open →Interactive stoichiometry simulator.
Open →Interactive titration curve simulator.
Open →Adjust P, V, T, n. See how gas properties relate via PV = nRT.
Open →Adjust electron pairs.
Open →Adjust acid/base ratio.
Open →Adjust current and time.
Open →Adjust temperature and activation energy.
Open →Adjust Ksp and common ion.
Open →Explore s, p, d orbital shapes and orientations.
Open →Adjust reaction steps.
Open →Adjust concentration and temperature.
Open →Adjust rate constant and order.
Open →Adjust solute concentration.
Open →Explore Aufbau principle, Hund's rule, and Pauli exclusion.
Open →Explore bonding and antibonding orbitals.
Open →Adjust ligand type and geometry.
Open →Adjust reactants. See oxidation states change and electron transfer.
Open →Adjust gas molar masses.
Open →Adjust pressure and constants.
Open →Explore SC, BCC, FCC unit cells.
Open →Adjust substrate and nucleophile strength.
Open →Explore Lyman, Balmer, Paschen series.
Open →Explore alkane, alkene, alkyne structures and reactions.
Open →Adjust substrate and base strength.
Open →Adjust alcohol type. See acidity, boiling points, and reactions.
Open →Adjust carbonyl compound.
Open →Adjust acid structure.
Open →Adjust amine type. See basicity trends and protonation.
Open →Explore carbohydrates, proteins, and their structures.
Open →Adjust monomer type. See addition vs condensation polymerization.
Open →Explore transition metals, oxidation states, and color of ions.
Open →Explore p-block trends: electronegativity, oxidation states, inert pair effect.
Open →Explore alkali and alkaline earth metals reactivity.
Open →Explore hydrogen isotopes, water structure, and hydrogen bonding.
Open →Explore extraction processes: roasting, calcination, reduction.
Open →Explore structural, geometric (cis/trans), and optical isomers.
Open →Explore pollution types, ozone depletion, and greenhouse effect.
Open →Explore distillation, crystallization, and qualitative analysis.
Open →Explore coordination number, geometry, oxidation state, and ligands.
Open →Visualize sp, sp², sp³ hybridization.
Open →Explore hydrogen atom energy levels, quantum numbers, electron configuration, and atomic orbitals.
Open →Adjust carbonyl compound.
Open →Visualize Le Chatelier's principle in action.
Open →Interactive quadratic graph explorer.
Open →Interactive unit circle visualizer.
Open →Interactive derivative visualizer.
Open →Interactive integration visualizer.
Open →Interactive limits visualizer.
Open →Interactive 2D vector visualizer.
Open →Interactive complex number visualizer.
Open →Interactive binomial distribution visualizer.
Open →Interactive AP/GP series visualizer.
Open →Interactive conic sections visualizer.
Open →Adjust amplitude, frequency, phase.
Open →Adjust base and coefficient.
Open →Adjust slope and intercept.
Open →Adjust center and radius.
Open →Adjust n and r. See nPr, nCr, and factorial calculations.
Open →Adjust 2×2 matrix entries.
Open →Adjust value. See arcsin, arccos, arctan and their domains.
Open →Adjust initial conditions.
Open →Adjust cubic coefficients.
Open →Adjust plane equation coefficients.
Open →Adjust prior probabilities.
Open →Adjust coefficients. See |x|, [x], and signum function graphs.
Open →Adjust n. See Pascal's triangle and binomial expansion coefficients.
Open →Adjust focus and directrix.
Open →Adjust semi-major and semi-minor axes.
Open →Adjust a and b. See asymptotes, foci, and eccentricity.
Open →Explore Venn diagrams, union, intersection, and relations.
Open →Explore truth tables for AND, OR, NOT, implication.
Open →Adjust data points. See mean, median, mode, variance, standard deviation.
Open →Adjust angle of elevation and distance.
Open →Adjust function type.
Open →Adjust bounds. See area between curve and x-axis.
Open →Adjust function. See continuity and differentiability at points.
Open →Adjust points. See distance, midpoint, section formula.
Open →Adjust 3D vector components.
Open →Adjust function. See rate of change, tangents, and normals.
Open →Adjust bounds. See area between two curves.
Open →Adjust 3×3 matrix. See determinant and properties.
Open →Adjust 2×2 matrices. See addition, multiplication, inverse.
Open →Adjust first term and common difference/ratio.
Open →Adjust n and r. See arrangements and circular permutations.
Open →Adjust n and r. See selections and Pascal's identity.
Open →Adjust equation. See general solutions on unit circle.
Open →Visualize limit evaluation, continuity, and differentiability.
Open →No simulator needed? No problem. These in-depth guides break every concept into formulas, JEE tricks, and mistakes to avoid.
Fast, visual formula sheets for last-minute revision before mocks and the real exam.
Beyond concepts — learn how to attempt the paper, manage time, handle tough questions, and build a bulletproof revision system.
Every formula on JEE is derived from a fundamental principle. Click any concept below and watch it come alive.
Every visualizer lets you change real physical, chemical, or mathematical parameters and see the result instantly. No downloads, no sign-ups, 100% free.
Projectile motion, Newton's laws, SHM, circular motion, Coulomb's law, Ohm's law, waves, orbital motion, thermodynamics, and ray optics.
Open Physics Lab →Mole concept, Bohr model, equilibrium, pH scale, reaction rates, enthalpy, galvanic cells, periodic trends, stoichiometry, and titration.
Open Chemistry Lab →Quadratic curves, unit circle, derivatives, integration, limits, vectors, complex numbers, binomial distribution, series, and conic sections.
Open Maths Lab →Change the launch angle and watch the projectile's range change instantly. Change the spring constant and see the oscillation speed shift. Your brain builds the connection between formula and reality.
Every visualizer uses realistic values you'll see in JEE numericals. The numbers you read on screen match the numbers you'll calculate in the exam.
No downloads, no sign-ups, no paywalls. Open any visualizer in your browser and start exploring immediately. Works on mobile, tablet, and desktop.
134 interactive visualizers. Zero cost. Infinite understanding.
This simulator is most useful when you predict the change first, move the controls second, and then solve a related JEE-style question without looking at the screen. Do not treat it like a video. Treat it like a small lab for checking whether the formula, graph, trend, or mechanism is actually clear in your head.
For a Maths graph, function, or counting question, move one input at a time, predict the shape or value, then solve one similar problem on paper. If your prediction and the simulator disagree, pause there. Re-read the formula, test one smaller case, and only then move to a timed question.
How to apply this: Open the page titled "Master every JEE topic visually", read the summary and key points, then pick one action from the "What to do next" section below. Write down the specific official source you need to verify (dates, fees, rules, or eligibility) and check it today instead of bookmarking it for later.
Most people do: read the entire page and close the tab without doing anything. You should do: pick one action from the "What to do next" section and complete it today.
Most people do: trust any website (including this one) as the final authority. You should do: check the linked official portal for dates, fees, eligibility, or document rules before making decisions.
Most people do: save 20 tabs "for later" and never return. You should do: write one next step on paper right now, then close extra tabs.
Concept Lab is a collection of 134 interactive physics, chemistry and maths simulators that let you adjust parameters and see results in real time — making abstract JEE concepts visual and intuitive.
Yes, completely free. No sign-up, no paywall. All 136 simulators work directly in your browser with no downloads required.
Physics (34 simulators), Chemistry (51 simulators), and Mathematics (47 simulators) covering all major JEE Main and Advanced topics.
They build deep conceptual understanding by letting you see how changing one variable affects others. This intuition helps solve tricky JEE problems faster.
Yes, all simulators are responsive and work on phones, tablets and desktops. Touch-friendly sliders make mobile use comfortable.