Intelligence Engine v1.0

This is Jojo

Your go-to study partner for ECAT and BCAT prep. Jojo breaks down tough problems step by step, explains concepts in a way that clicks, and adapts to the way you learn.

Deep knowledge across all your subjects

Jojo has deep, structured knowledge across all ECAT and BCAT subjects — from foundational concepts to advanced exam-level problems.

Physics

Full ECAT spectrum
KinematicsNewton's LawsWork & EnergyWavesOpticsElectrostaticsMagnetismModern Physics

Chemistry

Full ECAT spectrum
Atomic StructureChemical BondingThermodynamicsOrganic ReactionsEquilibriumElectrochemistry

Mathematics

Full ECAT & BCAT
AlgebraCalculusTrigonometryCoordinate GeometryMatricesProbability
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English

ECAT & BCAT
ComprehensionVocabularyGrammarSentence CorrectionAnalogiesCritical Reasoning

IQ

ECAT & BCAT
Pattern RecognitionSpatial ReasoningLogical SequencesVerbal ReasoningNumerical Series

The quality of the answer

Three real questions. Three detailed reasoning paths. See exactly how Jojo approaches problems across different subjects.

PhysicsFoundational
How does gravity bend light?
Approach
General Relativity Basics
Jojo's Reasoning

Jojo starts with the equivalence principle, explains how mass curves spacetime, and walks through why light follows that curvature. Then connects it to real observations like gravitational lensing around galaxies.

MathematicsIntermediate
Solve the integral of e^x sin(x) dx
Approach
Integration by Parts (Twice)
Jojo's Reasoning

Rather than jumping to the formula, Jojo applies IBP once, identifies the pattern when IBP is applied again, then shows how the original integral reappears on both sides — leading to the algebraic solve. Every substitution is explained.

ChemistryAdvanced
Why is benzene unusually stable?
Approach
Resonance & Delocalization
Jojo's Reasoning

Jojo builds from Kekule's structure, introduces the concept of resonance, then explains delocalized pi electrons and how they create a lower energy state. Connects this to why benzene undergoes substitution rather than addition reactions.