Question

Table 6 below a) identity In 5. b) In the box at the right, circle whether each pair of liquids has similar or dissimilar IMFs. all of the IMFs associated with each compound. c) For polarity, circle each substance as polar, nonpolar, or both partly polar/partly nonpolar d) Below the table, USING THEINFORMATİON ON BOTHlMFSANDPOLARITIES, write a statement that explains why the liquids mixed or did not mix. Repeat for Tables 7 & 8 Table 6-Intermolecular Forces in Water and Isopropyl Alcohol Liquid Mixture the box of the IMF(s) found in each liquid a) Intermolecular Forces-Put a check in Expl Water LDF HDipole LDF Dipole anation of Observations from Table 5. Isopropyl Alcoholb) Water & b) IMF's: similar or dissimilar? Isopropyl alcohol bond dipole bond dipole c)Polarity: H,0: polar/nonpolar/both IPA: polar/nonpolar/both d) Why do they mix or not mix? Table 7-Intermolecular Forces in Water and Kerosenelanation of Observations Liquid Mixture the box of the IMF(S) found in each liquid Water from Table 5 b) IMF's: similar or dissimilar? Kerosene LDF H Dipole- LDFDicole Water & Kerosene bond dipole c) Polarity: bond dipole H0: polar/nonpolar/both kerosene: polar/nonpolar/both d) Why do they mix or not mix? Table 8 -Intermolecular Forces in Isopropyl Alcohol and Kerosene Liquid Mixturethe box of the IMF(s) found in each liquid from Table 5 a) Intermolecular Forces -Put a check in Explanation of Observations Isopropyl AlcoholKerosene |LDFIH- |Dipole- bond dipole cPolarity; b) IMF's: similar or dissimilar? |Dipole-İLDF |H- Isopropyl Alcohol & Kerosene bond dipole IPA: polar/nonpolar/both kerosene: polar/nonpolar/both d) Why do they mix or not mix?