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Cations and anions from the representative elements in ionic compounds will be (a) paramagnetic (d) never diamagnetic Explain your answer: (b) diamagnetic (c) either paramagnetic or diamagnetic

Cations and anions from the representative elements in ionic compounds will be (a) paramagnetic (d) never diamagnetic Explain your answer: (b) diamagnetic (c) either paramagnetic or diamagnetic

Chemistry
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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QUESTIONS 1. Cations and anions from the representative elements in ionic compounds will be (a) paramagnetic (d) never diamagnetic Explain your answer: (b) diamagnetic (c) either paramagnetic or diamagnetic 2. Transition metals in ionic compounds will be (a) paramagnetic (d) never diamagnetic Explain your answer; (b) diamagnetic (c) either paramagnetic or diamagnetic 3. Which of the following compounds would you cxpect to be paramagnetic. (c) MgBr, (a) Cr.O, (b) ZnSO, (d) PdCI. (c) MnS, (f) Ph(NO,). Explain your answer: 4. Which of the following compounds would you expect to be diamagnetic. (c) MgBr, (b) ZnSO, (d) PdCI. (e) MnS, (f) Pb(NO). (a) Cr.O, Explain your answer: 5. A student reports a weight change of -0.045 gram for sample of gemanium chloride. Which of the following would account for this observation? (a) the cation is paramagnetic (c) both the cation and anion are paramagnetic (d) a mistake was made in the measurement Explain your answer: (b) the anion is paramagnetic 6. Carbon is in group IVA and has two unpaired electrons according to its electron configuration. However, magnetic properties of graphite (the standard state allotrope of carbon) show that it is diamagnetic. Explain the diamagnetic property of graphite in terms of its elemental-allotroptic structure. Explain your answer: 8.14 7. A student determined that a sample of Cl, gas is attracted to a strong magnetic field. What would account for this observation? (a) chlorine is paramagnetic (d) a mistake was made in the measurement Explain your answer: (b) chlorine is diamagnetic (c) chlorine is neutral 8. The molecular compound NO, nitrogen monoxide, is a very common and important oxide of nitrogen. Using its Lewis dot structure, predict which type of magnetism (diamagnetic, paramagnetic) NO should exhibit.
Transcribed Image Text:QUESTIONS 1. Cations and anions from the representative elements in ionic compounds will be (a) paramagnetic (d) never diamagnetic Explain your answer: (b) diamagnetic (c) either paramagnetic or diamagnetic 2. Transition metals in ionic compounds will be (a) paramagnetic (d) never diamagnetic Explain your answer; (b) diamagnetic (c) either paramagnetic or diamagnetic 3. Which of the following compounds would you cxpect to be paramagnetic. (c) MgBr, (a) Cr.O, (b) ZnSO, (d) PdCI. (c) MnS, (f) Ph(NO,). Explain your answer: 4. Which of the following compounds would you expect to be diamagnetic. (c) MgBr, (b) ZnSO, (d) PdCI. (e) MnS, (f) Pb(NO). (a) Cr.O, Explain your answer: 5. A student reports a weight change of -0.045 gram for sample of gemanium chloride. Which of the following would account for this observation? (a) the cation is paramagnetic (c) both the cation and anion are paramagnetic (d) a mistake was made in the measurement Explain your answer: (b) the anion is paramagnetic 6. Carbon is in group IVA and has two unpaired electrons according to its electron configuration. However, magnetic properties of graphite (the standard state allotrope of carbon) show that it is diamagnetic. Explain the diamagnetic property of graphite in terms of its elemental-allotroptic structure. Explain your answer: 8.14 7. A student determined that a sample of Cl, gas is attracted to a strong magnetic field. What would account for this observation? (a) chlorine is paramagnetic (d) a mistake was made in the measurement Explain your answer: (b) chlorine is diamagnetic (c) chlorine is neutral 8. The molecular compound NO, nitrogen monoxide, is a very common and important oxide of nitrogen. Using its Lewis dot structure, predict which type of magnetism (diamagnetic, paramagnetic) NO should exhibit.
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