Ready to continue your JEE preparation journey?
Mastery Progress
Weekly Practice
12% more than last week
Topics Mastered
Accuracy
Focus on improving
Electrostatics - Electric Field
Organic Chemistry - Aldehydes
Calculus - Integration
Keep it up! You're on track to beat your previous record of 21 days.
Focus on Calculus - Integration methods need improvement
Review Mechanics concepts - Speed & Acceleration
Comprehensive test covering all chapters
Focus on Organic Chemistry
Calculus - Differentiation & Integration
Track your subject mastery and learning progress
You're making great progress! Keep going to reach mastery level.
Thermodynamics, Vectors, Atomic Structure
Integration, Organic Nomenclature
Electrostatics (+15%), P-Block Elements (+12%)
| Topic | Mastery Level | Questions Answered | Accuracy | Status | Action |
|---|---|---|---|---|---|
|
Electrostatics
Electric Fields, Gauss Law
|
85%
|
45/50 |
90%
|
Mastered | Practice |
|
Mechanics
Newton's Laws, Gravitation
|
65%
|
30/50 |
72%
|
In Progress | Practice |
|
Thermodynamics
Laws, Heat Transfer
|
78%
|
35/45 |
82%
|
Mastered | Practice |
|
Optics
Reflection, Refraction, Wave Optics
|
42%
|
18/50 |
60%
|
Needs Work | Practice |
|
Electromagnetism
Magnetic Effects, EMI
|
55%
|
25/50 |
68%
|
In Progress | Practice |
Topics scheduled for revision based on forgetting curve
Electrostatics: Coulomb's Law
Previously studied 7 days ago
Chemical Bonding
Previously studied 5 days ago
Thermodynamics: Enthalpy
Due in 2 days
Coordinate Geometry
Due in 3 days
Wave Motion
Due in 5 days
Based on your mastery analysis
Your mastery level is below average. We recommend focusing on wave optics concepts.
Your integration techniques need improvement. Review the fundamental theorem.
You've mastered this topic! Consider helping others or tackling advanced problems.
Understand your strengths and areas for improvement
Overall Score
8% increase from last month
Questions Attempted
124 more than last month
Avg. Time per Question
12 seconds slower than optimal
Weekly Study Hours
2.5 hours more than last week
Chemistry is your strongest subject
Focus needed on Mathematics
45 questions attempted
62 questions attempted
38 questions attempted
30 questions attempted
52 questions attempted
35 questions attempted
46 questions attempted
25 questions attempted
Understanding why you make mistakes
Sign errors in integration problems
Consistent pattern in calculus questions
Unit conversion mistakes
Particularly in physics numericals
Misconceptions in wave optics
Confusion between interference and diffraction
Understanding your speed and efficiency
Mathematics needs improvement
You're spending 63% more time than ideal
Chemistry is optimal
Your timing matches the ideal benchmark
Recommendations:
See how you're performing compared to others
| Metric | You | Top 10% | Average |
|---|---|---|---|
| Questions Per Day | 18 | 25+ | 12 |
| Accuracy | 76% | 85%+ | 65% |
| Avg. Time/Question | 2:42 | 1:55 | 3:10 |
| Topics Mastered | 42 | 60+ | 35 |
| Weekly Study Hours | 18.5 | 25+ | 15 |
You're performing above average in all key metrics. To reach the top 10%, focus on improving your speed and accuracy in Mathematics.
Practice with full-length tests designed to simulate actual exams
Complete paper with Physics, Chemistry & Mathematics
Focus on Organic & Inorganic Chemistry
Calculus and Coordinate Geometry
| Test Name | Date | Score | Percentile | Rank | Action |
|---|---|---|---|---|---|
|
JEE Main Mock Test #5
Full Test
|
January 15, 2023 |
245/300
82%
|
94.2% | 156/2540 | View Analysis |
|
Chemistry Sectional Test
Physical & Organic
|
January 10, 2023 |
78/100
78%
|
88.5% | 342/3120 | View Analysis |
|
Mathematics Chapter Test
Calculus - Applications
|
January 5, 2023 |
42/60
70%
|
76.8% | 520/2245 | View Analysis |
|
Physics Sectional Test
Mechanics & Electrodynamics
|
December 28, 2022 |
62/90
69%
|
72.3% | 845/3050 | View Analysis |
Design your own test by selecting specific topics and difficulty levels
Choose from our collection of curated tests
Complete tests simulating actual exam environment
Focus on individual subjects with comprehensive tests
Actual questions from past exams with solutions
Improve your test scores with these expert tips
Attempt easy questions first to build confidence
Read all options carefully before selecting an answer
Manage your time wisely - allocate specific time for each section
Review your answers if time permits after completing the test
Personalized practice based on your performance and learning needs
Based on your recent performance, we recommend focusing on the following areas:
Your recent accuracy was only 45%. Focus on improving your fundamentals.
You're taking 30% longer than average on these problems. Practice to improve speed.
You're excelling here (92% accuracy). Continue practice to maintain mastery.
Based on your curriculum progress, it's time to start practicing this topic.
75% of recommended practice volume
You're on fire! Keep practicing daily to maintain your streak.
+5% improvement in the last 30 days
Today, 10:30 AM
20/25 correct
Yesterday, 4:15 PM
23/25 correct
2 days ago, 2:00 PM
9/20 correct
3 days ago, 11:45 AM
16/20 correct
5 days ago, 3:30 PM
15/20 correct
Understanding why you made mistakes can help you avoid them in the future
You're consistently making sign errors when integrating functions with negative coefficients.
You're confusing interference and diffraction patterns in wave optics problems.
You're making unit conversion errors when solving mechanics problems.
Topics scheduled for review based on the forgetting curve
Electrostatics: Coulomb's Law
Last reviewed 7 days ago
Chemical Bonding: Covalent Bonds
Last reviewed 5 days ago
Calculus: Fundamental Theorem
Last reviewed 10 days ago
Mechanics: Newton's Laws
Last reviewed 12 days ago
5 topics scheduled for review next week, including Thermodynamics, Wave Motion, and more.
View ScheduleOur spaced repetition system optimizes your learning by scheduling reviews at strategic intervals to maximize long-term retention.
Learn MoreChoose the practice mode that works best for you
AI-driven questions tailored to your performance and learning gaps
Practice specific topics or concepts that you want to master
Practice with time constraints to improve your speed and efficiency
Practice questions you've previously answered incorrectly
Personalized to your learning needs
Targets your specific weak areas
Adapts difficulty based on your progress
Uses spaced repetition for better retention
Ready to start practicing smarter?
Studies show that consistent, shorter practice sessions are more effective than occasional long sessions. Aim for 30-45 minutes daily!
More Study TipsUnderstand your mistakes to improve learning outcomes
Total Errors
368
From 1,248 questions attempted
Most Common
Conceptual Errors
35% of your total errors
Improvement
18%
Reduction in errors last 30 days
These patterns significantly impact your performance
You consistently make sign errors when integrating functions with negative coefficients
Mixing up interference and diffraction patterns in wave optics problems
Frequent mistakes in converting units in numerical problems
Sign errors in anti-derivatives (38% of errors)
Forgetting integration constant (25% of errors)
Incorrect application of integration formulas (20% of errors)
Confusing interference and diffraction patterns (45% of errors)
Incorrect application of path difference formulas (30% of errors)
Mixing up nucleophilic substitution mechanisms (40% of errors)
Incorrectly predicting reaction products (35% of errors)
Incorrect calculation of moment of inertia (50% of errors)
Confusion in direction of torque (30% of errors)
Personalized strategies to address your error patterns
Problem: Find ∫(-3x² + 2x - 5)dx
Your answer: -x³ + x² - 5x + C
Correct answer: -x³ + x² - 5x + C
Error type: Sign error in the first term
When integrating negative terms like -3x², you've been incorrectly flipping the sign. Remember that the integral of -3x² is -x³, not x³. The negative sign must be preserved during integration.
Break down the expression and integrate term by term:
Combining all terms: -x³ + x² - 5x + C
Based on your error patterns, we recommend these resources:
Track your improvement over time
Unit conversion errors reduced by 35%
Integration sign errors still persistent
18% reduction in errors over 3 months
Optimize your learning with scientifically-proven memory techniques
These topics are due for review today and at risk of being forgotten
These topics should be reviewed soon to maintain retention
These topics are well-retained but could benefit from occasional review
You've completed 85% of scheduled reviews in the past 30 days
You correctly recalled 78% of content during reviews
You've been consistently reviewing for 8 days. Keep it up!
| Topic | Subject | Last Reviewed | Retention | Priority | Action |
|---|---|---|---|---|---|
|
Electrostatic Force
Coulomb's Law and Electric Field
|
Physics | 7 days ago |
60%
|
High | |
|
Integration Techniques
Substitution and Parts Method
|
Mathematics | 5 days ago |
45%
|
High | |
|
Chemical Bonding
Covalent and Ionic Bonds
|
Chemistry | 4 days ago |
65%
|
Medium | |
|
Thermodynamics
First Law and Enthalpy
|
Physics | 8 days ago |
80%
|
Medium | |
|
Organic Reactions
Substitution and Elimination
|
Chemistry | 10 days ago |
55%
|
High | |
|
Kinematics
Motion in One Dimension
|
Physics | 12 days ago |
85%
|
Low |
The forgetting curve shows how memory retention decreases over time. Our spaced repetition system schedules reviews at optimal intervals to strengthen memory before significant forgetting occurs.
Formulas
Concepts
Problem-Solving
Definitions
Integration techniques (45% retention)
Try using visual aids and practice more frequently
Organic reactions (55% retention)
Create flashcards and use mnemonic devices
Electrostatic force (60% retention)
Review basic principles and solve varied examples
Combine these techniques with spaced repetition for maximum retention
Test yourself instead of passively reviewing material. Create practice questions and attempt to answer before checking solutions.
Learn moreConnect new information to concepts you already know. Create mental bridges between related topics to reinforce neural pathways.
Learn moreCreate mental images for abstract concepts. The more vivid and unusual the image, the more memorable it will be for your brain.
Learn moreBreak complex information into smaller, manageable chunks. Group related items together to make them easier to remember.
Learn moreRather than focusing on a single topic for an extended period (massed practice), mix your practice with different but related topics. This approach, known as interleaved practice, has been shown to improve long-term retention significantly.
Practice specific topics with curated question sets
Based on your performance and learning needs
Focus on improving your integration techniques
Time to reinforce your understanding
Test your advanced knowledge
Build personalized practice sessions tailored to your specific learning needs. Choose topics, difficulty levels, and question types.
Total Sessions
48
This Week
6
Average Score
76%
Time Spent
24h 32m
Build consistency and maintain your learning momentum
Keep practicing daily to maintain and extend your streak!
7 days until you reach your next milestone
You've studied for 2.5 hours today
Earn rewards by maintaining your learning streak
Unlock the "Consistency Champion" badge and 500 bonus points
Unlock "Focus Master" badge + 1000 bonus points
Unlock "Dedication Guru" badge + special profile frame
Unlock "Ultimate Scholar" badge + custom theme access
Top performers in your community
| Rank | Name | Streak | Progress |
|---|---|---|---|
| 4 |
Neha G.
|
30 days |
|
| 5 |
Vikram S.
|
28 days |
|
| 6 |
Arun P.
|
21 days |
|
| 7 |
Kiran L.
|
18 days |
|
Schedule a fixed time every day for your study sessions to build a habit.
Even a 15-minute practice session counts! Don't break your streak because you can't do a long session.
Set up daily reminders to complete your study goals before the day ends.
Study with a friend who can help keep you accountable to your streak goals.
Reward yourself when you hit streak milestones to stay motivated.
Complete at least 2 hours of focused study daily for 7 consecutive days.
Complete 5+ hours of study on both Saturday and Sunday.
Complete a study session before 8 AM for 5 consecutive days.
Complete 15 practice sessions in a single subject within 7 days.
Consistency is the key to success. Keep up your streak!
126
48
6
1,250
Manage your account settings and track your progress
JEE Aspirant • Class XII
10:00 AM • 3 hours duration
5:00 PM • 1 hour duration
Spaced repetition reminder
2:00 PM • 1.5 hours estimated
| Test Name | Date | Score | Percentile | Action |
|---|---|---|---|---|
|
JEE Main Mock Test #5
Full Test
|
January 15, 2023 |
245/300
82%
|
94.2% | View |
|
Chemistry Sectional Test
Organic Chemistry
|
January 10, 2023 |
78/100
78%
|
88.5% | View |
|
Mathematics Chapter Test
Calculus - Applications
|
January 5, 2023 |
42/60
70%
|
76.8% | View |
|
Physics Sectional Test
Mechanics & Electrodynamics
|
December 28, 2022 |
62/90
69%
|
72.3% | View |