A liquid is moving through a pipe. If the speed of the liquid decreases, what happens to the pressure within the liquid?
Responses
The pressure within the liquid decreases.
The pressure within the liquid decreases.
The pressure within the liquid increases.
The pressure within the liquid increases.
Only density affects pressure, so pressure stays the same.
Only density affects pressure, so pressure stays the same.
The pressure within the liquid becomes zero.
4 answers
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A liquid is moving through a pipe. If the speed of the liquid decreases, what happens to the pressure within the liquid?
Responses
The pressure within the liquid decreases.
The pressure within the liquid decreases.
The pressure within the liquid increases.
The pressure within the liquid increases.
Only density affects pressure, so pressure stays the same.
Only density affects pressure, so pressure stays the same.
The pressure within the liquid becomes zero.
Responses
The pressure within the liquid decreases.
The pressure within the liquid decreases.
The pressure within the liquid increases.
The pressure within the liquid increases.
Only density affects pressure, so pressure stays the same.
Only density affects pressure, so pressure stays the same.
The pressure within the liquid becomes zero.
If the speed of the liquid decreases in a pipe, the pressure within the liquid increases. This is because according to the Bernoulli's principle, if the speed of a fluid decreases, its pressure increases. So, the decrease in speed of the liquid causes an increase in the pressure within the liquid.
3 answers