Which anology best describes resitance
turbine or mill insterted into the flow of water
pressure of water moving through the pipe
diameter of a pipe through which water moves
length of the pipe through which water moves
I think that its b am i right? I rlly need this fast PLzz
z help me
The best analogy would be the diameter of a pipe through which water moves. This is because the diameter of the pipe affects the amount of resistance the water will experience as it moves through the pipe.
Resistance is a measure of how much a material or object opposes the flow of something, such as electricity or fluid. In this case, we are considering water flow, so we can eliminate options a and d which reference turbine, mill, and length of the pipe.
Now, let's examine the remaining options:
Option b: Pressure of water moving through the pipe. The pressure of water refers to the force exerted by the water against the walls of the pipe. While pressure is related to the flow of water, it does not directly describe resistance.
Option c: Diameter of a pipe through which water moves. The diameter of the pipe is the width across the pipe. In the context of water flow, a larger diameter would allow the water to flow more easily, while a smaller diameter would hinder the flow. Therefore, the diameter affects resistance, as it determines how easily the water can pass through.
Based on this analysis, option c, the diameter of a pipe through which water moves, best describes resistance.