Mock tests on StemPy Lab
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One full JEE Main Physics paper every Sunday: 25 questions, 60 minutes, ranked against everyone
Every Sunday at 10:00 pm (India time) · 60 min
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2026-11-01 16:30 · 54 registered for it
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Physics · High School (11–12) · 2026-10-22
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Physics · High School (11–12) · 2026-10-20
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Partnerships: Arghya Sen · 8697069659 ·
Timed papers from teachers across the site, to take whenever you are ready. Filter by exam, subject and level.
A coding test: 10 questions on pandas and plots of the elements.
A coding test: 10 questions on what chemistry programs print and how to fix them.
Ten questions on tables, in the style of a coding test. The answers are the printed results of real programs. One asks you to find a mistake.
Ten questions on simulations, in the style of a coding test. The answers are the printed results of real programs. One asks you to find a mistake.
Ten questions on slopes, areas and differential equations, in the style of a coding test. The answers are the printed results of real programs. One asks you to find a mistake.
Ten questions on solving equations, in the style of a coding test. The answers are the printed results of real programs. One asks you to find a mistake.
Ten questions on graphs, in the style of a coding test. The answers are the printed results of real programs. One asks you to find a mistake.
Ten questions on arrays, in the style of a coding test. The answers are the printed results of real programs. One asks you to find a mistake.
Ten questions on assert, unittest, edge cases and debugging, in the style of a coding test. One asks you to find a mistake.
Ten questions on stacks, queues, linked lists, trees and graphs, in the style of a coding test. One asks you to find a mistake.
Ten questions on comprehensions, iterators and generators, in the style of a coding test. One asks you to find a mistake.
Ten questions on text files, CSV and JSON, in the style of a coding test. One asks you to find a mistake.
Ten questions on inheritance, overriding, special methods and composition, in the style of a coding test. One asks you to find a mistake.
Ten questions on writing and using classes, in the style of a coding test. One asks you to find a mistake.
Ten questions on the dictionary, error handling, module and sorting tools of the three projects, in the style of a coding test. One asks you to find a mistake.
Ten questions on the string methods, word counts, letter codes and neat output, in the style of a coding test. One asks you to find a mistake.
Ten questions on recursive functions, in the style of a coding test. One asks you to find a mistake.
Ten questions on searching and sorting, in the style of a coding test. One asks you to find a mistake.
Ten questions on modules, in the style of a coding test. One asks you to find a mistake.
Ten questions on the names of errors and on try and except, in the style of a coding test. One asks you to find a mistake.
Ten questions on tuples and sets, in the style of a coding test. One asks you to find a mistake.
Ten questions on dictionaries, in the style of a coding test. One asks you to find a mistake.
Have you already learned the first six chapters of Python Foundations? Ten questions, two each on decisions, combining conditions, loops, lists and functions. If you get both questions of a chapter right, you can skip it. If you are not sure, start with the chapter where you made a mistake.
Ten questions on the ideas behind the three mini projects, in the style of a coding test. One asks you to find a mistake.
Ten questions on writing and using functions, in the style of a coding test. One asks you to find a mistake.