From part a : answer the question 4-8 4. Sample Four was the only one that wassoluble in a nonpolar solvent. What doesthis suggest about the polarity of themolecule in Sample Four?5. Sample One was soluble in water and in itsmolten state conducted electricity, but in itssolid state it did not conduct electricity.Electrons only flow in solids to producecurrent electricity. What types of particlesdoes the experimental evidence point to themakeup of this sample? (.6. What evidence is there to support theformation of ionic or molecular liquids ofnonpolar crystals?7. What could you deduce about the strengthof the forces of attraction between theparticles, in Sample 3 compared to theother samples? (8. Give 3 more physicar tests to help you inyour analysis of these samples and theirsubsequent identification. You are a chemist working in a laboratorywhere unknown samples are given to you totest and identify. Your first assignment is toidentify five unknown samples and state theirrespective type of crystalline solid. Theexperimental results are for you to examineand make your final conclusions.Samples:Sample 1Sample 2Sample 3Sample 4Part A- Chemical AnalysesIn addition to the visual observations you canmake from the photos of the samples, thefollowing results are from analyses of thesamples:Sample OneOdour- OdourlessSolubility in water- solubleSolubility in hexane- insolubleElectrical conductivity of solid- no conductionElectrical conductivity in molten state-conductsSample TwoOdour- OdourlessSolubility in water- insolubleSolubility in hexane- insolubleElectrical conductivity of solid- conductselectricityElectrical conductivity in molten state-conductsSample ThreeOdour- OdourlessSolubility in water- insolubleSolubility in hexane- insolubleElectrical conductivity of solid- no conductionElectrical conductivity in molten state-melting point is too high. No results.Sample FourOdour- sharp aromatic odourSolubility in water- insolubleSolubility in hexane- solubleElectrical conductivity of solid- no conductionElectrical conductivity in molten state- noconduction

As this is multipart question, first three questions are solved here. Please re-post rest of these…

. Sample Four was the only one that was soluble in a nonpolar solvent. What does this suggest about the polarity of the molecule in Sample Four? . Sample One was soluble in water and in its molten state conducted electricity, but in its solid state it did not conduct electricity. Electrons only flow in solids to produce current electricity. What types of particles does the experimental evidence point to the makeup of this sample? ( What evidence is there to support the formation of ionic or molecular liquids of nonpolar crystals?

. Sample Four was the only one that was soluble in a nonpolar solvent. What does this suggest about the polarity of the molecule in Sample Four? . Sample One was soluble in water and in its molten state conducted electricity, but in its solid state it did not conduct electricity. Electrons only flow in solids to produce current electricity. What types of particles does the experimental evidence point to the makeup of this sample? ( What evidence is there to support the formation of ionic or molecular liquids of nonpolar crystals?

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...

See similar textbooks

Similar questions

Fill in the missing information for each of the 4 reactions
How do you convert 100uL into uM?
Synthesis
Answer choices for blank 1(there is only one correct answer for each blank): A B C D E F G H J Answer choices for blank 2(there is only one correct answer for each blank): A B C D E F G H J
280- 240- 200 160 120 80 40 Time 1. Draw a potential energy diagram, using the template above, to illustrate a reaction with 190 J of stored energy in the reactants, 20 J of stored energy in the products, and an activation energy of 70. 2. Then calculate the heat of reaction, AH. Put the value of the heat of reaction in the first box and its units in the second box. 3. Label your diagram as endothermic or exothermic. 4. Label the energy of the activated complex and give it's value. Heat content (H) kilojoules
please include a readable explanation
Which of the following reactions are written correctly? O 2HSO4laq) + 2NAOH(aq)→ 2NaSOa(aq) + 2H2O(U) H2SO4(aq) + 2 NaOH(aq)→Na2SO4(aq) + 2H20(0 O 2HCI(aq) + K2OH(aq) → 2KCI(aq) + H2O()
my question was why is E° = 0, you never answered this .
Pls show work, will rate! A,B,C
Calculate the value of delta H. Show your work. Energy Diagram Reaction Time (min) 009 007 001 Potential Energy (kJ)
Write the product of the following chemical reaction and give the names of the reactants and products
Are side products/by products the same thing as minor products in a chemical reaction?