You have 4 molecules. Molecule A is ionic, Molecule B is polar and capable of hydrogen bonding, Molecule C is polar and Molecule D is nonpolar.  Which molecule would you expect to have the highest vapor pressure?

Draw the Lewis Structure for XeOF4 and then choose:   Questions Answer Choices The correct molecular structure of XeOF4 is: The polarity of XeOF4 is:  

Shown below are 6 compounds.  Compounds A and B are ionic with their formula given, while compounds C-F are molecular and their 3-D shape is shown.  Table for Question 13 Letter Identifier A B C D E F Compound NaF FeCl   Match the compounds with their order from highest to lowest boiling point. With (1) being the highest boiling point and (6) being the lowest boiling point.  

For questions 11 through 15, please use the phase diagram of oxygen (O2) provided below to answer the questions.   Image Description

The initial pH of a 250.0 mL buffer that consists of 0.15 M phenylacetic acid and 0.13 M potassium phenylacetate is 4.25.  Calculate the pH of the buffer after 1.00 mL of 5.0 M NaOH is added to the buffer. (

Draw the Lewis Structure for NO3- and then choose: Questions Answer Choices The correct molecular structure of NO3- is: The polarity of NO3- is:

Calculate the partial pressure (in atm) of N2O in the vapor above a solution with an N2O concentration of 1.3 x 10-5  M.  k for NO = 2.4 x 10-2 M/atm Use the answer box to fill in the blank for your answer: ____

Consider the following exothermic reaction that is at equilibrium. Determine whether each of the following scenarios will shift the reaction to favor the products, the reactants, or neither. 

You want to prepare a solution of 0.300 M FeCl2 (). How many grams of FeCl2 do you need to weigh out if you are preparing your solution in a 100.0-mL volumetric flask? 

An aqueous solution of sucrose (MW = 342.3 g/mol) has a weight percent of 16.0% and a solution density of 1.0635 g/mL. Calculate the molarity of sucrose in the solution. For your answer, enter numbers only with 4 significant digits.