Problem solving with air buoyancy is investigated.
Welcome
Please go here if you want to suggest other nice physics videos, and here if I mistakingly infringed your copyrights. If you understand French, you'll find a huge selection of physics videos in French in my other blog Vidéos de Physique.
Showing posts with label Buoyancy. Show all posts
Showing posts with label Buoyancy. Show all posts
Saturday, 12 October 2013
Hewitt-Drew-it! 68. Air-Buoyancy Problems
Libellés :
Archimede's principle,
Buoyancy,
Fluids and Thermodynamics,
Hewitt-Drew-it
Tuesday, 8 October 2013
Hewitt-Drew-it! 67. Buoyancy of Balloons
Buoyancy of ascending balloons.
Libellés :
Archimede's principle,
Buoyancy,
Fluids and Thermodynamics,
Hewitt-Drew-it
Wednesday, 18 September 2013
Hewitt-Drew-it! 63. Buoyancy Problems
Problem solving with buoyancy is investigated.
Libellés :
Archimede's principle,
Buoyancy,
Classical Mechanics,
Equilibrium,
Fluids and Thermodynamics,
Hewitt-Drew-it
Friday, 13 September 2013
Hewitt-Drew it! 62. More on Buoyancy
How density affects sinking, floating, and remaining in equilibrium doing neither.
Libellés :
Archimede's principle,
Buoyancy,
Fluids and Thermodynamics,
Hewitt-Drew-it
Saturday, 7 September 2013
Hewitt-Drew-it! 61. Buoyancy on a Submarine
How is the buoyancy of a submarine affected when it is submerged?
Libellés :
Archimede's principle,
Buoyancy,
Fluids and Thermodynamics,
Hewitt-Drew-it
Monday, 26 August 2013
Hewitt-Drew-it! 59. Buoyancy
Why is buoyancy an upward force? Why not sideways, or in some other direction?
Libellés :
Archimede's principle,
Buoyancy,
Fluids and Thermodynamics,
Hewitt-Drew-it
Sunday, 22 April 2012
Buoyancy - Why do some things float?
Scientists seem to be infatuated with objects that float and sink. Even non-scientists find great joy in dropping stuff in water to see if it floats or sinks. Fans of David Letterman are quick to point out one of Dave's favorite segments called, "Will It Float?" Here's the latest float or sink challenge: Why do lemons float in water but limes sink? Think you know the answer? Not so fast...
Libellés :
Archimede's principle,
Buoyancy,
Demonstration,
Fluids and Thermodynamics
Subscribe to:
Posts (Atom)