a) What would you expect the magnitude and sign of ΔHSOLUTE, ΔHSOLVENT, and ΔHMIXING to be for CH2Cl2 as solute and acetone as solvent? Circle your choices below. Then, fill in the most important IM force that exists between solute molecules, between solvent molecules and between solute and solvent molecules. MagnitudeSignMost important force betweenHsolutesmall. moderate largepos negsolute&soluteHsolventsmall. moderate largepos negsolvent&solventHmixingsmall. moderate largepos negsolute&solvent b) Based on this, what is the overall enthalpy change (HSOLUTION) for dissolving CH2Cl2 in acetone expected to be? (negative/positive/ near zero).Would you expect CH2Cl2 to dissolve in acetone? (yes/no).Explain your answers to both of the questions above. Consider the energy and entropy contributions discussed in class

By the estimate of the enthalpy of reaction by looking at the individual bonds involved. If we know…

Answered: a) What would you expect the magnitude…

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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a) What would you expect the magnitude and sign of ΔH_SOLUTE, ΔH_SOLVENT,and ΔH_MIXING to be for CH₂Cl₂ as solute and acetone as solvent? Circle your choices below. Then, fill in the most important IM force that exists between solute molecules, between solvent molecules and between solute and solvent molecules.

	Magnitude	Sign	Most important force between
Hsolute	small. moderate large	pos neg	solute&solute
Hsolvent	small. moderate large	pos neg	solvent&solvent
Hmixing	small. moderate large	pos neg	solute&solvent

b) Based on this, what is the overall enthalpy change (H_SOLUTIO_N) for dissolving CH₂Cl₂ in acetone expected to be? (negative/positive/ near zero).

Would you expect CH₂Cl₂ to dissolve in acetone? (yes/no).

Explain your answers to both of the questions above. Consider the energy and entropy contributions discussed in class

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