Rate, Time & Distance: Two Drivers, One Combined-Distance Equation

A classic GMAT rate-time-distance trap: two drivers leave the same city at different times, heading in opposite directions. How do you find when their combined distance hits a target number? This session walks through the full setup — accounting for the head start — with on-screen captions so the logic is clear even without sound, then reinforces the method with two more animated practice questions. 📘 What's covered: Al & Ben Trucking Problem — Ben leaves at 8:00 a.m. heading east, Al leaves at 11:00 a.m. heading west. Given their average speeds and a combined 240 miles driven, we solve for the exact time the dispatcher pulled the data. → 2 animated follow-up examples (two cyclists, two trains — each with staggered start times) 🎓 More free GMAT/GRE prep at FreeStudy Hub: freestudyhub.store 📌 Subscribe for weekly problem-solving sessions with visual breakdowns. #GMAT #GRE #GMATPrep #GREPrep #RateTimeDistance #TestPrep #FreeStudyHub #MBAPrep #GradSchool #MathTutorial #VisualLearning