Demo: a made-up student on real JEE Main past papers. Try anything; it resets every night.
+468 days
TrackerHi Demo Student

14 Nov 2026

Plan against what happened, for the nightly review.

Plan done
1/1
+1 on his own (1 h)
Study time
210/300
min · 70% · School on time
Doubts
1
1 with the solution given
Concept gaps open
1
1 found · 1 closed this day

Study tracker

School on time · 210/300 min · 70%

Day type School on time
TimeFocus / taskPlanActual
07:30–09:15Late school or home day–105–
10:00–11:00Home day–60–
11:15–12:15Home day–60–
12:30–13:30Home day–60–
14:15–15:30Home day–75–
16:00–16:55Every dayTwin set: torque about a point off the axis · Timed set5510 min
17:05–18:10Every dayClass homework · Class homework6565 min
18:30–19:30Every dayShort notes, electrostatics · Review6045 min
19:45–20:45Every dayClass homework: sequences exercise · Homework6060 min
21:30–22:30Every dayRevision of the day · Own study (outside the plan)6030 min
Total300 min210 min
School on time
300 min · 5 h
Late school
405 min · 6 h 45 min
Home day
660 min · 11 h

Breaks, school on time: 16:55–17:05, 18:10–18:30, 19:30–19:45, 20:45–21:30

End-of-day check-in

Woke 06:05 · slept 22:50

What went well

Both twin questions right on the first try.

What got in the way

Slept late, so the last slot was short.

Tomorrow's priority

Sequences set before the class.

Plan and what he did

On his own

  • Moved to 20 Nov: Electrostatics: 15 past-paper questionsWhy: The twin set takes the slot
  • Moved to 15 Nov: Tag the latest weekly testWhy: Not done yet; first thing tomorrow

Where the time went

Class homework
1 h 5 min
Homework
1 h
Review
45 min
Own study (outside the plan)
30 min
Timed set
10 min of 6 min

planned tracked

Doubts

  • Why the pH of a buffer barely changes when it is dilutedSolution given
    Class module, ionic equilibrium exercise · Concept gap · pH of a buffer after dilution · 3 steps of help · 18 min · Ionic Equilibrium
    He had tried: Diluted the acid alone and recomputed its pH.
    Worked solution given: A class test on the chapter is two days away.
    The key idea, in his words: pH depends on the ratio of salt to acid; dilution changes both equally.
    The whole conversation
    • Where he stopped: treated the buffer as the acid alone.
    • Hint 1: what does the Henderson equation depend on? He wrote it out.
    • Hint 2: what happens to that ratio on dilution? Not yet clear to him.
    • Worked solution given: the class test is close; the twin set checks it tomorrow.

What he sat

Nightly review

JEE coach · posted 14 Nov

  • Buffer doubt: tonight's doubt on buffers is an open gap; a twin set tomorrow.
  • Torque gap closed: both twin questions right.

What it changed

  • TagTag the latest weekly test · 15 Nov
    Why: Not done yet; first thing tomorrow
  • Timed setTwin set: pH of a buffer after dilution · 16 Nov
    Why: Closes tonight's gap (Only a test closes a weakness)
  • TagTag the full paper's mistakes · 19 Nov
    Why: Tagging goes with the paper's own evening

Concept gaps

Found this day

  • pH of a buffer after dilutionOpen
    Found 14 Nov in a doubt · 4 marks at risk · Ionic Equilibrium
    2 check questions named; not tried yet.

Closed this day

  • Torque about a point off the axis of rotationClosed 14 Nov
    Found 13 Nov in a doubt · 4 marks at risk · Rotational Motion
    Closes on an unseen question answered right on a later day.
    Closed by an unseen question answered right: see it