Explain the following figure in detail One by One?AnalytesChange during storagePreservationAdsorption to glass wallPrecipitation (MO, M(OH);) Add HNO, to pH <2Diffusion from plasticsAdsorption to plasticsVolatilizationMetals (M)Use plastic bottlePhthalate esterUse Teflon or glass bottleUse glass bottleAvoid headspaceAdd H,SO, to pH < 2OilVOCSNH,s-CN™VolatilizationVolatilizationAdd zinc acetate and NaOH to pH > 9Add NaOH to pH > 12Chemical reaction with Cl2 Add ascorbic acid to remove free Cl2Chemical reaction with Cl, Add Na,S,O, to remove free Cl,VolatilizationOrganic(drinking water)PAHPhotochemical degradation Use amber glass containerBiodegradationLow pH and temperature; add HgCl2to kill bacteriaOrganicTotal phenolicsBacterial degradationAdd H,SO, to stop bacterial degradation

Solution : Different analytes show different reactions with different compounds. Some show…

Explain the following figure in detail One by One? Analytes Change during storage Preservation Adsorption to glass wall Precipitation (MO, M(OH)) Add HNO, to pH < 2 Diffusion from plastics Adsorption to plastics Volatilization Metals (M) Use plastic bottle Phthalate ester Oil VOCS Use Teflon or glass bottle Use glass bottle Avoid headspace Add H,SO, to pH < 2 NH, Volatilization Volatilization Add zinc acetate and NaOH to pH > 9 CN Add NaOH to pH > 12 Chemical reaction with Cl; Add ascorbic acid to remove free Cl2 Chemical reaction with Cl; Add Na,S;O, to remove free Cl Volatilization Organic (drinking water) Photochemical degradation Use amber glass container Biodegradation РАН Organic Low pH and temperature; add HgCly to kill bacteria Total phenolics Bacterial degradation Add H,SO, to stop bacterial degradation

Explain the following figure in detail One by One? Analytes Change during storage Preservation Adsorption to glass wall Precipitation (MO, M(OH)) Add HNO, to pH < 2 Diffusion from plastics Adsorption to plastics Volatilization Metals (M) Use plastic bottle Phthalate ester Oil VOCS Use Teflon or glass bottle Use glass bottle Avoid headspace Add H,SO, to pH < 2 NH, Volatilization Volatilization Add zinc acetate and NaOH to pH > 9 CN Add NaOH to pH > 12 Chemical reaction with Cl; Add ascorbic acid to remove free Cl2 Chemical reaction with Cl; Add Na,S;O, to remove free Cl Volatilization Organic (drinking water) Photochemical degradation Use amber glass container Biodegradation РАН Organic Low pH and temperature; add HgCly to kill bacteria Total phenolics Bacterial degradation Add H,SO, to stop bacterial degradation

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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