Numerical Response 1. Use the following information to answer this question 1. intermolecular bonds 2. hydrogen bonds 3. London dispersion forces 4. dipole 5. protons 6. electrons 7. polar 8. non-polar Write the numbers that correspond to the correct words in the spaces provided by the answer sheet: The circulation of within a molecule leads to the generation of a momentary within that molecule that induces dipoles in its near neighbours. The types of bonds that result are called These kinds of bonds are the only kind available to _molecules. 2. If comparing molecules of equal size then use the following information to answer this question: 1. Covalent bonding 3. London dispersion forces 2. Hydrogen bonding 4. Dipole-Dipole forces When the four bonding types above are listed in order from strongest to weakest the four digit number obtained is Hemoglobin is the globular protein in the red blood cell which is responsible for the transportation of oxygen and carbon dioxide throughout the body. Viral diseases like Hepatitis and the Human Immunodeficiency Virus have created a demand for blood substitutes like Oxygent. This artificial blood is based on a perfluorocarbon compound. Oxygent has many advantages over hemoglobin: The molecules are only 0.2u in diameter compared to the 7.Ou size of hemoglobin. This smaller size allows the molecule to travel around blockages, and travel into distant capillaries. The perfluorocarbon molecule can dissolve large quantities of gases. Unlike hemoglobin, Oxygent does not chemically bind the gas molecules; it absorbs and releases them quickly by simple diffusion thereby making for a more efficient delivery system. Would the structure of the perfluorocarbon be polar or non- polar? Support your