Which of the following aqueous solutions would contain the largest molarity of ions? Select one: O a. 1.62 M MgCl2 O b. 1.36 M NaCl O c. 1.27 M Na PO O d. 1.50 M HNO, O e. 1.10 M Li,SO What is the correct order to describe the relative magnitudes of electron pair repulsions- Select one: O a. bond pair-bond pair < bond pair-lone pair < lone pair-lone pair O b. lone pair-lone pair < bond pair-bond pair < bond pair-lone pair O c. lone pair-lone pair < bond pair-lone pair < bond pair-bond pair Od. bond pair-bond pair < lone pair-lone pair < bond pair-lone pair e. bond pair-bond pair < bond pair-lone pair lone pair-lone pair
Which of the following aqueous solutions would contain the largest molarity of ions? Select one: O a. 1.62 M MgCl2 O b. 1.36 M NaCl O c. 1.27 M Na PO O d. 1.50 M HNO, O e. 1.10 M Li,SO What is the correct order to describe the relative magnitudes of electron pair repulsions- Select one: O a. bond pair-bond pair < bond pair-lone pair < lone pair-lone pair O b. lone pair-lone pair < bond pair-bond pair < bond pair-lone pair O c. lone pair-lone pair < bond pair-lone pair < bond pair-bond pair Od. bond pair-bond pair < lone pair-lone pair < bond pair-lone pair e. bond pair-bond pair < bond pair-lone pair lone pair-lone pair
Chemistry
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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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Transcribed Image Text:Which of the following aqueous solutions would contain the largest molarity of ions?
Select one:
O a. 1.62 M MgCl2
O b. 1.36 M NaCI
Oc. 1.27 M NagPOA
O d. 1.50 M HNO,
O e. 1.10 M Li,SO
What is the correct order to describe the relative magnitudes of electron pair repulsions?
Select one:
O a. bond pair-bond pair < bond pair-lone pair < lone pair-lone pair
O b. lone pair-lone pair < bond pair-bond pair < bond pair-lone pair
O c. lone pair-lone pair < bond pair-lone pair < bond pair-bond pair
O d. bond pair-bond pair < lone pair-lone pair < bond pair-lone pair
O e. bond pair-bond pair < bond pair-lone pair - lone pair-lone pair
Expert Solution

Step 1
In the first question, calculation of total molarity of ions should be done.
Molarity of ions can be found out with the help of molarity of solution.
Step by step
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