Recently, I wrote about how it's possible to explain the lift from an airplane wing without mentioning Bernoulli's principle, which … well … ruffled a few ...

It involves something known as 'Bernoulli's principle', which is worth further discussion. Bernoulli's principle is a description of how gases and liquids (fluids) behave. It says that within a ...

LOOKING AT BERNOULLI’S PRINCIPLE THAT APPLIES TO OUR EVERYDAY LIFE QUITE A BIT. WE USE IT IN METEOROLOGY A LOT. IT HAS TO DO WITH AIR PRESSURE, AIRSPEED AND THE EFFECT ON OBJECTS INSIDE OF THEM.

We've all heard that Bernoulli's principle is the reason that airplanes fly. This physical phenomenon has been illustrated in different ways and described endlessly, but it's still difficult to ...

The formula for Bernoulli's principle is as follows: Here, p is the pressure exerted by the fluid, v is the velocity of the fluid and h is the height of the container. Consider a pipe with varying ...

If you’ve ever wondered how planes fly, this video will help, as our experts explain Bernoulli's Principle. Fast Forward is available to stream on pbs.org and the free PBS App, available on ...

Everyone already knows that planes fly because of Bernoulli's principle. This guy needs to go back to school. OK, the part about going back to school is probably true (I can always learn more).

Students from Riverbend Elementary joined the Weekend Wake Up Show to learn about Bernoulli's principle through a hands-on science experiment.

Swiss scientist, Daniel Bernoulli (1700-1782), demonstrated that, in most cases, the pressure in a liquid or gas decreases as the liquid or gas moves faster. This explains in part why a wing lifts ...