Free GRE Time Speed Distance Questions Prep

Time speed distance questions focus on the relationship between how fast something moves, how long it moves, and how far it travels, and are duly tested on GRE Quantitative Reasoning. This page supports end to end preparation through focused topic wise video lessons, worked examples, and direct application on GRE style questions, followed by a concise GRE like practice set. Use these resources to build clear concepts and apply your learning across GRE quizzes, GRE sectional tests, and GRE full-length tests.

The MASTERCLASS Approach for GRE Time-Speed-Distance Prep

If you prefer long, comprehensive video lessons that bring all ideas together, watch the Masterclass and then move directly to the practice questions.

The MODULAR Approach for GRE Time-Speed-Distance Prep

If you prefer short, bite sized video lessons that focus on one concept at a time, work through the concept wise modules below and then attempt the practice questions.

Time, Speed, Distance Basics
Relative Speed

Time, Speed, Distance Basics | GRE Quant

Time, speed, and distance questions connect how fast something moves, how long it moves, and how far it travels through one clean relationship that stays consistent across problems. This video, a part of our GRE prep online course, teaches this link step by step, shows how to organize given details neatly, convert units with accuracy, and spot what stays fixed versus what shifts inside the setup. It then applies the method to GRE style questions so the process feels clear, efficient, and easy to use during real problem solving.

Relative Speed | GRE Quant

Relative speed questions help you understand how two objects move along the same path and how their speeds interact when they travel together or toward each other. You focus on comparing motion accurately to find moments of catching up or changes in distance over time. The video shows how to combine speeds based on direction, convert shared motion into the correct equation, and match the setup exactly to the situation described. It then applies this thinking to GRE style problems so movement patterns feel clear, efficient, and easy to use while solving questions.