Part 1 - Miscibility Tests A. Hexanes and water are: Miscible Immiscible knowledge of structure explains...
Part 1 - Miscibility Tests A. Hexanes and water are: Miscible Immiscible B. Knowledge of structure explains IMFs, which can be used to explain miscibility, Table 1: Complete the table below. In the boxes for the VSEPR diagrams (see Figure 3 as a guideline): • identify the most polar bond(s) by placing 8+ and 8-charges on their atoms • list bond dipoles VSEPR Structures include any molecular dipole) IMF() Present in pure sample Bond Dipole(s) Water Hexanes C. Which IMF(s)...
I already tried answering some questions, but I was wondering if someone could help to see if I'm doing it right. Thank you! Part 1 - Miscibility Tests A. Hexanes and water are: 1 η Miscible O Immiscible B. Knowledge of structure explains MFs, which can be used to explain miscibility. Table 1: Complete the table below. In the boxes for the VSEPR diagrams (see Figure 3 as a guideline): . identify the most polar bond(s) by placing 6+ and...
Table 2: Complete the table below. When drawing the VSEPR siructures identify the most polar bondis) by placing &+ and &charges on their atoms ist bond angles IMF(s) Present Bond Angles Line Drawings VSEPR Drawings Methanol 1-Propanol 1-Butasel 2-Butanone Page 9 of 13 MacBook Pro te the table below. When drawing the VSEPR structures: the most polar bond(s) by placing 8+ and 8-charges on their atoms I angles Miscible Miscible in Water? IMF(s) Present Bond Angles Line Drawings in Hexanes?...
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...
PART IV. MISCIBILITY OF TWO LIQUIDS 1. For the first two liquids in Table IV-B (the solvents in the miscibility tests), use the molecular structures provided in the Introduction to identify each liquid as polar or nonpolar. Put an X in the appropriate column. 2. For the remaining liquids in Table IV-B, determine if they are primarily polar, primarily nonpolar, or both polar and polar based on your observations in Table III-A and based on the polarity of the solvent....