List server
Season
- Season 1 2010-08-15
- Season 2 2011-01-07
- Season 3 1970-01-01
- Season 4 1970-01-01
- Season 5 1970-01-01
- Season 6 1970-01-01
- Season 7 1970-01-01
- Season 8 1970-01-01
- Season 9 1970-01-01
- Season 10 1970-01-01
- Season 11 1970-01-01
- Season 12 1970-01-01
- Season 13 2022-03-01
- Season 14 2023-01-23
- Season 15 2024-01-15
Season 15 Episode
- Season 2 Atomic Theory
- Season 2 Thomson's Plum Pudding Model of the Atom
- Season 2 Cathode Rays Lead to Thomson's Model of the Atom
- Season 2 Scientific Notation - Explained!
- Season 2 I'm Atoms (Scientific Cover of Jason Mraz's I'm Yours)
- Season 2 Scientific Notation - Example
- Season 2 The Difference Between Mass and Weight
- Season 2 Egg Experiment to Demonstrate Inertia
- Season 2 Gravity (Scientific Version of John Mayer's Gravity)
- Season 2 How Far Away is the Moon? (The Scale of the Universe)
- Season 2 What is a Force?
- Season 2 What Forces Are Acting On You?
- Season 2 Why Does the Moon Orbit Earth?
- Season 2 What Is Gravity?
- Season 2 Best Film on Newton's Third Law. Ever.
- Season 2 Calculating Gravitational Attraction
- Season 2 Which Hits The Ground First?
- Season 2 Misconceptions About Falling Objects
- Season 2 Is There Gravity In Space?
- Season 2 Three Incorrect Laws of Motion
- Season 2 Experiments A Cappella
- Season 2 Khan Academy and the Effectiveness of Science Videos
- Season 2 What Are Atoms and Isotopes?
- Season 2 Supercooled Water - Explained!
- Season 2 How Damaging is Radiation?
Veritasium - Season 2 Episode 18 Misconceptions About Falling Objects
8.00 15 minutes If you drop a heavy object and a light object simultaneously, which one will reach the ground first? A lot of people will say the heavy object, but what about those who know both will land at the same time? What do they think? Some believe both objects have the same gravitational pull on them and/or both fall to the ground with the same constant speed. Neither of these things is true, however. The force is greater on the heavy object and both objects accelerate at the same rate as they approach the earth, i.e. they both speed up but at the same rate.
