Yes. A fluid can either be a liquid or gas. An aeroplane wing for example has air moving more quickly over the upper surface, this creates a lower pressure and results in lift.
yes
Because of Bernoulli's principle. A moving train makes the air close(r) to the train move faster. Faster moving air has less pressure. So a paper is sucked closer to the train because of the pressure differential.
The Bose Einstein Condensate - to create a BEC, a temperature of less than a microkelvin is required.
Usually as a fluid moves through a pipe, it will warm up as kinetic energy and pressure is transformed to thermal energy via internal friction within the fluid and friction between the fluid and the walls. It should be noted however that as fluids enter constrictions and then expands out on the other side where pressure is much less, the temperature may actually drop while the fluid velocity increases . This phenomena is commonly observed in the functioning of refrigerators.
low pressure. because warm air is less dense. so it's pressure is also low.( less dense because because of the heat( warm air = hot air) the molecules of the air is very active. so the the are not close to each other which means less dense)
the moving pressure is less than the pressure caused by surronding fluids. Burnmolis princible is responsible for flight.-Rebecca a
The Bernoulli principle - faster moving fluids have less pressure than slower moving fluids Newton's third law of motion - for every action there is an equal and opposite reaction.
Fast moving fluids(including air) evert less pressure then still or slow moving fluids(air). This occurs because the faster the air flows the less time it has to push on the surface. Th difference in pressure can be used to create lift. Remember that higher pressure air will naturally travel towards air of lower pressure.
They crash because of less pressure
less than the atmospheric pressure
Bernoulli's principle.
Bernoulli's principle.
sucks to suck, cause i dont know (:
yes
Bernoulli's principle.
Bernoulli's principle
Bernoulli's principle