Reasoning Aptitude for Placements 2026 - Logical Reasoning

Master the basics of syllogisms with basic and advanced diagrams. Use diagrams to decide if conclusions like some cats are rats or all rats are cats are true or possible.

Master concept booster questions on syllogisms using basic diagrams to decide if conclusions are definitely true or possible. Includes kings and queens, books and watches, and more.

Learn to solve syllogism questions using basic diagrams, evaluating definitiveness vs possibility, and identify which conclusions follow from given statements.

Apply the amazing breaking into parts method to blood relations problems, decoding complex statements from end to start to determine how individuals relate, with practical examples.

Analyze blood relation problems using the breaking into parts method to determine uncle, cousin, and in-law relationships, handling unknown genders and data insufficiency.

Explore basics of directions through shadow cases, linking sunrise and sunset to shadows, and practice determining left, right, and front when facing north, south, east, or west.

Boost your directional reasoning with concept booster questions on directions, solving problems about north, south, east, west, southwest, and northwest, including sunrise shadows and relative positions.

Master reasoning aptitude through diverse sequence patterns, differences, and numeric relationships, including patterns close to squares and cubes. Use multiple approaches with solved examples from Part I.

Explore how to calculate the angle between hour and minute hands, derive times from angles using plus or minus theta, and assess faulty clocks, coincidences, and time loss.

Master clock-based reasoning with hour and minute hand questions, angle calculations, and reflex angles, using the 0.5 degrees per minute and the 30H minus 0.5M rules.

Explore calendars by distinguishing ordinary years from leap years, applying four and 400 divisibility rules, understanding odd days, and how the starting day ties to year-end.

Master the one-time concept of calculating odd days in 400-year cycles to determine the day of a date, using leap year rules, century and 400 divisibility, and cycle resets.

Determine the day of the week for a given date by calculating net odd days across centuries and completed years, using the 400-year cycle and leap year rules.

Understand calendar repetition by exploring how leap and non-leap years affect repetition intervals, including 28-year, 6-year, and 11-year patterns, with century-year caveats.