Because the question implies it. Draw a diagram and it should show itself.foo9008 said:
i still don't understand , can you explain ?billy_joule said:
The velocity of water in a water hose can vary depending on factors such as the water pressure, hose diameter, and any obstacles or kinks in the hose. However, on average, the velocity is typically between 5-10 feet per second.
The velocity of water in a water hose directly affects its spray distance. The higher the velocity, the farther the water will travel. This is because the force of the water pushing through the hose creates a stronger stream that can travel a greater distance.
Yes, the velocity of water in a water hose can be increased by either increasing the water pressure or using a narrower hose. However, it is important to note that increasing the velocity too much can cause the hose to become unstable and potentially burst.
Knowing the velocity of water in a water hose is important for various reasons. It can help determine the efficiency of the hose in delivering water to a specific location, the potential spray distance, and whether or not the water flow is sufficient for a certain task.
The velocity of water in a water hose can be measured using a flow meter or by timing how long it takes for a certain amount of water to flow through the hose. However, it is important to note that these methods may not be completely accurate due to factors such as friction and changes in water pressure.
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