Analytic / Abstract / Visual / Non - Verbal Reasoning Course

Explore visual reasoning question types, such as predicting the next or missing figure. Learn patterns like primes, translation, rotation, and the use of mirror and water images.

Learn how to solve visual reasoning problems by visualizing rotations around an axis, applying clockwise and anticlockwise turns, 180- and 360-degree flips, and analyzing sequence interchange of frames.

Explore how visual reasoning uses analogies, odd-one-out patterns, and rotating shapes; the lecture covers 90-degree anticlockwise turns, polygon versus circle oddities, and folding to reveal reflections.

Explore paper-cutting visual reasoning problems by folding a square along central lines, punching holes, and unfolding to replicate patterns; apply cube exploded-view analysis to determine correct assembly.

Explore visual reasoning with numbers by analyzing patterns of added or removed symbols, direct numbers, and hidden number tricks, and predict future frames using counts, primes, and cube-based concepts.

Explore visual reasoning patterns by analyzing frames where a central number is surrounded by lines, revealing how line count relates to the center figure and polygon alternations.

Explore visual reasoning based on numbers by analyzing frames, counting lines and curves, and spotting multiplication patterns to solve pattern-based questions.

Explore translational motion in visual reasoning, moving objects along a straight line, starting with single objects and patterns, including smileys and oscillating diamonds across frames.

Learn visual reasoning by analyzing animated frame sequences, tracking independent symbol movements, clockwise steps, and increasing elements to identify the correct option.

Explore visual reasoning with translation patterns as symbols move clockwise across frames, with a fixed central symbol guiding shifts; learn quick frame comparisons.

Explore the basics of visual reasoning with rotation, focusing on sense and degree of rotation in clockwise and anticlockwise motions. Learn to predict symbol positions across frames.

Explore visual reasoning by analyzing how a reference object rotates clockwise or anti-clockwise by various degrees, predicting matching answer options and understanding reflex angles.

Analyze the rotational motion across frames, noting axis shifts and a 45-degree clockwise rotation, then determine angles such as 90°, 135°, and 180° to identify the correct option.

Explore visual reasoning with rotation-based patterns by analyzing two independently rotating objects across frames, identifying 45-degree clockwise and anticlockwise turns, and evaluating the skull symbol exception.

Explore how visual reasoning blends translational and rotational motion, with objects rotating 45 degrees while translating one step, including anticlockwise and clockwise patterns across frames.

Explore how objects create mirror images through horizontal flips and lateral inversion, and observe water images as objects turn upside down via longitudinal inversion.

Explore how mirror and water images form as objects translate and rotate across frames, and analyze their combined motion to identify correct frame positions.

Learn to predict mirror and water images by rotating objects 45 or 90 degrees, then placing them before a mirror or above water, using clockwise and anticlockwise motions.

Explore patterns of mirror and water images across animated frames, tracking object movement to identify the correct option. Use apple and magnifying glass examples to apply quick reasoning.

Explore mirror and water image transformations in visual reasoning as symbols like apple, magnifying glass, and pencil move clockwise across frames, forming specific image types and patterns.

Identify how objects form mirror and water images across sequential frames, noting that each item moves one step clockwise and alternates between mirror and water images.

Master mirror and water images in analogies by applying rotations (180 degrees, 90 degrees clockwise/anticlockwise) and using a quick pattern method to identify the correct option.

Master visual reasoning with paper folding, predicting mirror images when a transparent sheet folds along a dotted line, and comparing left-to-right or right-to-left folds to identify the correct representation.

Explore visual reasoning with paper foldings, predicting mirror images when folding right to left or top to bottom, and practice eliminating incorrect options to identify the correct arrangement.

Analyze visual reasoning with paper foldings by tracing diagonal folds, noting which figures appear on the upper triangle, and use symmetry and rotation cues to select the correct option.

Explore paper cuttings to boost visual reasoning by folding along dotted and center lines, punching holes, and predicting symmetric unfolded shapes.

Explore paper cuttings concepts by folding along the central line, making corner and edge cuts, punching holes, and visualizing unfoldings to match answer patterns.

Explore paper cuttings concepts through folding and symmetric hole punching, visualizing central lines and corner cuts. Practice predicting resulting patterns when unfolded and choosing the correct option.

Develop visual reasoning skills with cubes by interpreting exploded views, predicting cube assembly, and identifying opposite faces to eliminate incorrect options.

Develop visual reasoning with cubes by using gap-of-one rules to eliminate options, visualize folding, and determine correct orientations and projections through practice questions.

Develop visual reasoning with cubes by rotating faces, folding top and front projections, and identifying correct cube representations, with option two highlighted as the final answer.

Master visual reasoning with cubes by analyzing cube faces, orientations, and unfolded views to identify correct diagrams and exploded views across front, top, and left faces.

Master visual reasoning with cubes by analyzing rotations and cube faces to identify the odd one out, using front, top, left, and opposite-face logic.