please answer all B. Density of a Solid MaterialWater was poured into a 25-mL graduated cylinder (Figure A). Into it was placed a sample ofsolidI material weighing 25.867 g, resulting in the rise of the water (Figure B). Determine theof the liquid material. Report all quantitative data with the proper number of6.7Fill the table. Show your solutions and report your answers with the propernumber of significant numbers.Weight of the solid materialPrecision of the graduated cylinderVolume of the water + solid materialVolume of the waterVolume of the solid materialDensity of the solid materja

# Given the weight of the solid material = 25.867 g We have to use the formula below to find the…

B. Density of a Solid Material Water was poured into a 25-mL graduated cylinder (Figure A). Into it was placed a sample of solid material weighing 25.867 g, resulting in the rise of the water (Figure B). Determine the density of the liquid material. Report all quantitative data with the proper number of šignificant figures. Don't forget to write the units. ar 6 7 Fill the table. Show your solutions and report your answers with the proper number of significant numbers. Weight of the solid material Precision of the graduated cylinder Volume of the water + solid material Volume of the water Volume of the solid material Density of the solid materiaſ

B. Density of a Solid Material Water was poured into a 25-mL graduated cylinder (Figure A). Into it was placed a sample of solid material weighing 25.867 g, resulting in the rise of the water (Figure B). Determine the density of the liquid material. Report all quantitative data with the proper number of šignificant figures. Don't forget to write the units. ar 6 7 Fill the table. Show your solutions and report your answers with the proper number of significant numbers. Weight of the solid material Precision of the graduated cylinder Volume of the water + solid material Volume of the water Volume of the solid material Density of the solid materiaſ

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Given the following size frequency for a dust: Size Interval (um) 7-17.5 17.5-21 21-25 25-28 28-30 30-33 33-36 36-41 41-49 49-70 % by Number 10 10 10 10 10 10 10 10 10 10 a. Plot the cumulative frequency distributions (in %) of the number, surface area, and mass on linear graph paper assuming all particles are spheres with Pp 1.6 g cm ³. = b. Is this a log-normally distributed dust?
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Application Questions: Answer the following questions. Show all work for calculations and include units and the correct number of significant figures. 1. A solution of cobalt (III) chloride was analyzed using a UV/Vis spectrometer and produced the spectra shown in Fig. 4. What is the best wavelength to use for analyzing the samples? Best wavelength to analyze sample: Absorbance 0.600 0.500 0.400 0.300 0.200 0.100 0.000 375 400 450 425 475 500 525 550 Wavelength (nm) Molarity of FD&C #2 0.000 0.115 0.225 0.350 575 Figure 4. UV/Vis spectra of a cobalt (III) chloride solution for determination of the best wavelength for analysis. 8 600 625 2. Create a graph in Excel and add a linear trendline using the data given below. Calculate the molarity of a solution (to 3 significant digits) with an absorbance of 0.576 using the trendline equation from this graph. Show your work in the box below. DO NOT ATTACH THE FIGURE. Abs 0.002 0.187 0.442 0.699 650 675
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What is could be the calculated lambda max of this compound? 315 323 270 285