The Easiest Way to Measure "g" - Free Fall Picket Fence Experiment!

What if you could measure gravity (g) right in your own classroom? 🌍 Learn the easiest way to measure the acceleration due to gravity (“g”) using a Picket Fence, Photogate, and Vernier LabQuest! In this free fall physics lab, we calculate g ≈ 9.8 m/s² while exploring motion, data collection, and analysis. ✨ Watch till the end to see why gravity affects all objects equally — from a feather to a penny! 🎓 Perfect for high school or college physics students! 🔹 Concepts: Free fall, acceleration, gravity (g) 🔹 Equipment: Vernier Photogate, Picket Fence, LabQuest 🌟 Subscribe for more fun and visual science lessons on Atom’s Adventure Stories! In this video, you’ll learn: Intro to Picket Fence Free Fall Experiment 00:00 What “free fall” really means — motion under gravity alone 00:14 How to set up the Photogate and LabQuest step-by-step 00:25 How the Picket Fence helps measure velocity and acceleration 01:10 How to interpret velocity–time (v–t) and distance–time (d–t) graphs 02:59 Why g = 10 m/s/s and Why both heavy and light objects fall at the same rate 03:27 Will a heavy and a light object hit the ground at the same time in free fall? 05:01 🔔 Don’t forget to like, subscribe, and share if you love learning science through real experiments! #FreeFall #PhysicsExperiment #MeasureGravity #VernierLabQuest #PicketFenceLab #ScienceEducation #STEMLearning #PhysicsForStudents #NewtonLaws #GravityExperiment #ScienceVideo #STEM #EducationalVideo #ScienceShorts