JEE Main 2026 · Full Session Analysis

Our AI Predicted

92%

of JEE 2026 Question Topics

1,181 out of 1,284 questions in JEE Main 2026 were in topic areas we predicted

Physics 97%
Chemistry 94%
Maths 83%
218 Concept Matches

The Numbers Speak

Verified against the full JEE Main 2026 paper (Jan + April)

1,284
Actual Questions
Total questions in JEE 2026
922
Our Predictions
Questions we predicted before exam
1,181
Similar Questions
Questions in topics we predicted
218
Concept Matches
Direct concept-level matches (cosine ≥ 70%)
20.2%
Similar Concept
Same method, different values
71.7%
Related Topic
Same chapter/topic area
8.0%
Different
Topics we didn't cover

Subject-wise Accuracy

Breakdown by Physics, Chemistry, and Mathematics

Physics 97.4%
445 / 457 questions 108 concept matches
Chemistry 94.3%
411 / 436 questions 65 concept matches
Mathematics 83.1%
325 / 391 questions 45 concept matches

Top Prediction Matches

Side-by-side comparison of actual vs predicted questions

1
Area inside an ellipse
Mathematics
99.4%
2
Vectors & projection
Mathematics
93.8%
3
Metallic character of elements
Chemistry
92.7%
4
Quantum numbers & electron count
Chemistry
92.6%
5
Water drops from a tap
Physics
92.4%
Area inside an ellipse
99.4% Match
Actual JEE Question

"The area of the region inside the ellipse x² + 4y² = 4 and outside the parabola y² = 2x is..."

Our Prediction

"Find the area of the region inside the ellipse 4x² + y² = 4 that lies outside the parabola x² = y..."

Water drops from a tap
92.4% Match
Actual JEE Question

"Water drops fall from a tap 5 m above the floor at regular time intervals. Find the distance between consecutive drops when the first drop strikes the floor..."

Our Prediction

"Water drops fall from a tap at equal time intervals. The tap is 7.2 m above the ground. Find the position of the second and third drops when the first drop hits the ground..."

de Broglie wavelength
90.2% Match
Actual JEE Question

"Find the ratio of the de Broglie wavelength of an electron to that of a proton when both are accelerated through the same potential difference..."

Our Prediction

"An electron and a proton are accelerated from rest through the same potential. Find the ratio of their de Broglie wavelengths..."

Same concepts. Same methods. Different numbers. Our AI predicts topic areas and problem types, not exact questions. "Topic match" means the predicted question and the actual JEE 2026 question share the same concept and solution method (production L2 distance < 1.0). Numerical values and exact wording may differ.

How We Measured This

Transparent methodology using production-grade algorithms

Sentence Embeddings

Each question converted to a 768-dimensional vector using a fine-tuned sentence transformer model, capturing semantic meaning.

L2 Distance Calculation

We computed Euclidean distance between actual and predicted question embeddings. L2 < 1.0 indicates related topic area.

Production-Aligned

The same similarity algorithm that powers our app was used for this analysis. Results are verifiable and reproducible.

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