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Zorodius
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-snip- problem solved, nevermind
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Pressure plays a major role in determining the velocity of gas flow in a tube. As pressure increases, the gas molecules are pushed closer together, resulting in an increase in velocity as they collide with each other more frequently.
Yes, there is a direct relationship between pressure and velocity for gas flow in a tube. This means that as pressure increases, velocity also increases, and vice versa.
Changes in diameter of the tube can affect the relationship between pressure and velocity for gas flow. A narrower tube will result in higher pressure and velocity compared to a wider tube, as there is less area for the gas molecules to spread out and collide with each other.
Yes, temperature can also impact the relationship between pressure and velocity for gas flow. An increase in temperature can cause gas molecules to move faster, resulting in an increase in velocity, even if pressure remains constant.
The relationship between pressure and velocity for gas flow can be represented by the Bernoulli's equation, which states that the sum of pressure, kinetic energy, and potential energy remains constant for an ideal fluid. This equation can be used to determine the velocity of gas flow in a tube at a given pressure.