Question

do first Energy Density II Invert a test tube or graduated cylinder in a bucket of water such that some water is "trapped" inside it above the level in the bucket as shown in the diagram. Measure your values for d and h. 1. P. The fluid is in equilibrium, so every point has the same value for energy density. What is the numerical value for the energy density of point a (in Pa)? 2. A- 4-101,300 31m Complete the table below for points a, b, and c in the fluid. 3. PE Point m m 104,300 1o1 300 io1,300 h0, 300 b (loo0) (9.8)1.01) h=7 d=e.4 5.4cm 4.7+351pS49.7p amsaad ononpe ap papeur gage Press ssal o pary mmo osge) ame ano a a naadga e amssad .. ,a grab anf no snes a usdaige 1801- 1.443 10 pa (mIE D-EI1) 5-3ut pa qjo sanyes asa anges ap I 4ciSity 5 less i aneAa saop

Answer 1

C a wats 8.4m. flaid in squikbriuers thas smrgy deneity dame at e P Lla) P.E(Jm laimt 0 13 X105 a O L0ВXIOS 1013 xJo |.0 13 x 10 .01509TO tatÖ13x .02012XJ05 fa lrasaat 3(htd (1u018 x 10Lox lox 0.03). 01410 Pa latm ressuse at b latm lssure at c X-JO x 0 0 X P.E. at .007 x lo 0.0084X Lo m 5

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