a. A group 1 metal only forms one oxide (MO) with oxygen. The oxide that is formed will not produce hydrogen peroxide when it reacts with water. What is the identity of the group 1 metal? b. The NUMBER of electrons present in the terminal bonds in diborane is? (type the number only) c. Using a single sentence, account for the following observation: aqueous solutions of BeCI, are acidic.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Enthalpy of hydration of Be2 (HEB) = -2484 kJmol1
Enthalpy of hydration of Sr2* (HESR) = -1446 kJmol1
Enthalpy of hydration of SO4²- (HESO) = -1004 kJmol1
%3D
Using ONLY the abbreviations provided in the brackets in the table, derive a formula that you would use to calculate the enthalpy of solution for
Beso, and SRSO (in a format similar to A+B+C)
d. Formula for the enthalpy of solution for BeSO, (do not write the equal sign)
e. Formula for the enthalpy of solution for SrSO, (do not write the equal sign)
f. From the formula you have derived, calculate the enthalpy of solution for BeSO, and select the option that best matches your answer.
g. Calculate the enthalpy of solution of solution for SrSO, and select the option that best matches your answer.
i. What accounts for the difference in the solubility of Beso, and Srso, in water?
Transcribed Image Text:Enthalpy of hydration of Be2 (HEB) = -2484 kJmol1 Enthalpy of hydration of Sr2* (HESR) = -1446 kJmol1 Enthalpy of hydration of SO4²- (HESO) = -1004 kJmol1 %3D Using ONLY the abbreviations provided in the brackets in the table, derive a formula that you would use to calculate the enthalpy of solution for Beso, and SRSO (in a format similar to A+B+C) d. Formula for the enthalpy of solution for BeSO, (do not write the equal sign) e. Formula for the enthalpy of solution for SrSO, (do not write the equal sign) f. From the formula you have derived, calculate the enthalpy of solution for BeSO, and select the option that best matches your answer. g. Calculate the enthalpy of solution of solution for SrSO, and select the option that best matches your answer. i. What accounts for the difference in the solubility of Beso, and Srso, in water?
a. A group 1 metal only forms one oxide (MO) with oxygen. The oxide that is formed will not produce hydrogen peroxide when it reacts with water. What is the identity
of the group 1 metal?
b. The NUMBER of electrons present in the terminal bonds in diborane is? (type the number only)
c. Using a single sentence, account for the following observation: aqueous solutions of BeCI, are acidic.
The data in the table below provides the lattice enthalpies for Beso, and SrSo, and the hydration enthalpies for their associated ions.
Enthalpy of lattice formation of BeSO4 (ELF1) = -2850 kJmol1
%3D
Enthalpy of lattice formation of SRSO4 (ELF2) = -2577 kJmol-1
Enthalpy of hydration of Be2 (HEB) = -2484 kJmol1
Enthalpy of hydration of Sr²* (HESR) = -1446 kJmol1
Enthalpy of hydration of SO42- (HESO) = -1004 kJmol1
Using ONLY the abbreviations provided in the brackets in the table, derive a formula that you would use to calculate the enthalpy of solution for
BesO, and Srso. (in a format similar to A+B+C)
Transcribed Image Text:a. A group 1 metal only forms one oxide (MO) with oxygen. The oxide that is formed will not produce hydrogen peroxide when it reacts with water. What is the identity of the group 1 metal? b. The NUMBER of electrons present in the terminal bonds in diborane is? (type the number only) c. Using a single sentence, account for the following observation: aqueous solutions of BeCI, are acidic. The data in the table below provides the lattice enthalpies for Beso, and SrSo, and the hydration enthalpies for their associated ions. Enthalpy of lattice formation of BeSO4 (ELF1) = -2850 kJmol1 %3D Enthalpy of lattice formation of SRSO4 (ELF2) = -2577 kJmol-1 Enthalpy of hydration of Be2 (HEB) = -2484 kJmol1 Enthalpy of hydration of Sr²* (HESR) = -1446 kJmol1 Enthalpy of hydration of SO42- (HESO) = -1004 kJmol1 Using ONLY the abbreviations provided in the brackets in the table, derive a formula that you would use to calculate the enthalpy of solution for BesO, and Srso. (in a format similar to A+B+C)
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