the Cstant depending on Pressu\is directly proportional toAvogadro fourro's Lawe 1o ou V ocn -Beinss1 mol 0,)r.er 2 mol H,OExperimentLab 11 Instructions:e 3 of 12Due: Se-Lab 11 Instructions: Specific HeatDue: See Course Schedulef.The density of olive oil is poil = 0.917g/cm³. Calculate the masser to zesmof the oil using the definition of density: p = m/V. 1. Show your10oy worle calculation.%3DAnswer: : E DTo noilinleb eril pniau ooSmulou1swanACalibrate the Thermometer1.2 Place the beaker of water on the stand (click and drag). Now take theuoy thermometer and move it next to the beaker. As shown below, whenthe triangle indicator turns blue, the thermometer is measuring thetemperature of the water.Water1ewanAeVE inwelsed ni rlod sta hoBecause the thermometer hanthermomotoelsw eriT gasLab 11 Instructions: Specific HeatDue: See Course Scheduleeesm et elsluols monuoy b.e The density of iron is PFe €7.87g/cm3. Calculate the mass of thedrilodiansb erTiron cube using the definition of density: p= m/V. Show yourcalculation.10cm^310X10 x10 X 7.871.39/cm 37,810 gmsAnswer:こtake mass : by volum emass -volum ecc (cm³)こ1momeerlt sisidileerlt ec. woThe density of brick is pbr = 1.92g/cm³. Calculate the mass of thesriw wole brick cube using the definition of density: p = m/V. Show yourpnnuas calculation. omme er euld enT0Answer:xacMassco = 1.42 x 10 cmIcm 31.9 Zgeignsit er= 19.219.2gこd.The water and the oil are both in beakers which have a 3-litercapacity. Each of the major tick marks on the beaker is 1 liter,elsidile and each minor tick mark i6 0.2 liters. Examine the beakers andut6ied determine the volume (in ml) of each liquid. (There are 1000 ml1000mL= ILin one liter, and that 1 ml = 1 cm³.).hdml lcm3ierine Answer:uteTegnmet eid) ho+ 0.2 to.2 to.2mot Tuoy worie .eeerpeb auiale( nwenA+ 0.2 to.2to.2The density of water is p(H,0) = 1g/cm?. Calculate the mass of thewater using the definition of density: p = m/V.oile.Show yourcalculation.Answer: evom neri elodmy2 vnen3 no oillinu enerdt li blori bns tsert mumixanm oleono is aolo.000t =T Jnioq pniliodonlegota eueneqmel or Jnioq pmliodTelemomedt pee n 0Oy 02 notlud seus9edi2 of 9

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Description: the Cstant depending on Pressu\is directly proportional toAvogadro fourro's Lawe 1o ou V ocn -Beinss1 mol 0,)r.er 2 mol H,OExperimentLab 11 Instructions:e 3 of 12Due: Se-Lab 11 Instructions: Specific HeatDue: See Course Schedulef.The density of oliv

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+ 0.2 F0.2 +0.2 +6.2 wone eepeb aulale nswenA + 0.2 to.2to.2 The density of water is p(H,0) = 1g/cm2. Calculate the mass of the water using the definition of density: p = m/V. Show your oil %3D e. calculation. Answer: evom ne elodmy2 vmen3 no oil0 linu enerd blon bns isert mumixam ol

+ 0.2 F0.2 +0.2 +6.2 wone eepeb aulale nswenA + 0.2 to.2to.2 The density of water is p(H,0) = 1g/cm2. Calculate the mass of the water using the definition of density: p = m/V. Show your oil %3D e. calculation. Answer: evom ne elodmy2 vmen3 no oil0 linu enerd blon bns isert mumixam ol

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 88AP: Find the total number of collisions between molecules in 1.00 s in 1.00 L of nitrogen gas at...

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