# Y Measurements and DensitySectionNameReportTrial 2Trial 1Trial 3B.Density of a Salt Solution46.2616B564412,2052Report30LTY44492374QUESTIONS1. Mass of 20 or 25 mL solution +flask, g४8)271. From your data, calcMass of flask, ga. salt solutionMass of 20 or 25 mL solution, gvoLIGTVolume of solution, mLb. metal barDensity of salt solution, g/mLVolO095.77 RAD- O.001Average density of salt solution, g/mL1.1502610Relative average deviation, %50.215332.52144 693950.1 572. From your anyolume. Exp2.Mass of cylinder + solution, gBEGP31Mass of cylinder, gud IstnmXO42999Mass of solution, gVolume of solution, mLC159Pest A#Density of solution, g/mL3. Define t55Average density of salt solution, g/mLRelative average deviation, %oemi!Sample Calculations (Part II.B)DEEB 0FPTL B AmIn the space below, include a sample calculation of each type necessary to obtain the results in the abovetable. This calculation should include the equation used, substituted values, and results. Arithmetic need notbe shown. In doing the calculations, please be careful to record all measured numbers to the correct numberof significant figures. Check your final answers to see that they are within the expected range: The densityof the salt solution approximates 1.1-1.2 g/mL. Be sure to include the units (g, mL, cm, ordata.4. Arg/mL) with all161-11691- 0.0oP161 61681-0 gol5.ce(AI2Cd doo to notloolao ofomaeousup9exbin.autb bloode1.169-1169broSiq 2nohunavu 0 rad vinach & oved

Question

Which method should lead to greater precision? Which method actually is more precise? Explain

Step 1

Method 1 relative average deviation is calculated as,

Step 2

Method 2 relative average devi...

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