In part c of problem 8 from chapter 9 of essentials of college physics, where does this value come from? It is shown in the guided solution on this site, but I can't figure out where this number is coming from.

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Hubert KochLv2

7 Oct 2019

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Sorry for the terrible drawing but this quistion is confusing me. I really lack the understanding of physic :(

If, in Figure 13.45 from "Physics: the Nature of Things", thesystem looked exactly the same except the surface of the oil wasmeasured to be 15 cm above thewater surface (instead of the 10 cm shown in the figure), whatwould the density of the oil be?

I need an well explained answerfor this becuase when it come to the formulas I know them all but Idont know how to apply this in such a problem

The question refers to figure 9.8 on page 277 of Serway &Vuille's "College Physics" (8th edition), but can be completedwithout the figure as well.

The spring of the pressure gauge shown in the figure has a forceconstant of 1295 N/m, and the piston has a radius of 1.25 cm. Asthe gauge is lowered into water, what change in depth causes thepiston to move in by 0.750 cm?

I am stuck somewhere but don't know where...this shouldn't be sohard! Thanks for your help :)

Thanks in advance for any help someone may provide, I knowthis isn't an ideal time to be doing physics. Not quite sure how toclassify this problem, but perhaps its a conservation of energyproblem.

"A Particle can slide along a track with elevated ends and aflat central part. The flat part has length L. the curved portionsof the track are frictionless, but for the flat part thecoefficient of kinetic friction is Âµk = 0.2. The particle isreleased from rest at point A, which is a height h = L/2 above theflat part of the track. where does the particle finally come torest?"

Thanks again.

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In part c of problem 8 from chapter 9 of essentials of college physics, where does this value come from? It is shown in the guided solution on this site, but I can't figure out where this number is coming from.

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