The boiling point of CH4 is −162 °C and the boiling point of…

The boiling point of CH4 is −162 °C and the boiling point of CCl4 is 77 °C. Identify the principal intermolecular forces in each of these compounds and briefly explain the large difference in boiling points. Submit your response using the text editing tools in the box below.

Complete the information in the chart below, filling in the…

Complete the information in the chart below, filling in the empty boxes. Assume that all the atoms are uncharged; that is, they are not ions. For superscripted numbers in elemental symbols, enter them as regular numbers. For example, 131Xe would be written 131Xe.   Elemental Symbol 195Pt Number of Protons 92 Number of Neutrons Number of Electrons 50 Mass Number 238 118  

The sketch below shows the relative change in energy as two…

The sketch below shows the relative change in energy as two hydrogen (H) atoms are brought closer together. Copy the diagram, then label the point where the bond is most likely to form by inserting two dots to the hydrogens forming the bond, based on Coulomb’s theory. Show all work for this question for full credit. Write out your response on a separate sheet of paper, labeling the question number clearly and circling or highlighting all answers. You will upload a photo of your response at the end of the exam. See the description for details The image shows a graph depicting the relationship between energy (on the y-axis) and distance (on the x-axis). The curve starts from high energy, decreases to a minimum, and then increases again.