Law Entrance Exam

CLAT does not publish a fixed number of clock and calendar questions, since the UG exam is largely passage-based. The topic is tested indirectly within Logical Reasoning passages rather than as standalone questions.

Clock and calendar questions can include angle calculations, coincidence and right-angle timing, mirror-clock problems, odd-day and leap-year questions, and faulty clocks that gain or lose time. These test a candidate's ability to work accurately with rates and remainders.

Clock and calendar questions can include angle calculations, coincidence and right-angle timing, mirror-clock problems, odd-day and leap-year questions, and faulty clocks that gain or lose time. These test a candidate's ability to work accurately with rates and remainders.

Students can improve by learning the core angle and odd-day formulas, practising coincidence and faulty-clock questions daily and revising common traps regularly. Timed practice sets also help build speed alongside accuracy.

Students should start practising clock and calendar early in their reasoning preparation, alongside other logical reasoning topics. Building strong basics first makes advanced right-angle and faulty-clock questions easier to solve later.

While CLAT's current UG pattern does not ask clock and calendar as a separate section, the reasoning skills involved support passage-based Logical Reasoning questions. Skipping it entirely is not advisable, especially for candidates also targeting other law entrance exams.

CLAT does not publish a fixed number for this topic. The UG exam is largely passage and data-based. The topic is tested indirectly within the wider Quantitative Techniques section.

Questions can include direct calculations, fraction-decimal conversions, remaining-quantity problems and common-data caselets. These test a candidate's ability to calculate accurately.

Learn key conversions first. Practise remaining-quantity and multi-step questions daily. Solve common-data caselets regularly. Review calculation shortcuts too.

Learn key conversions first. Practise remaining-quantity and multi-step questions daily. Solve common-data caselets regularly. Review calculation shortcuts too.