Draw the attraction between a water molecule and a molecule of PH3 First, draw one molecule and add the partial charges where needed - use the ΔEN to determine the types of bonds. Then, draw the second molecule so that the δ+ on one molecule lines up across from the δ- on the other. Since we can't draw the molecules here you will answer questions about the drawings that you made on the homework worksheet. PH3 has _________ bonds with a ΔEN = ____________ . PH3 has 4 REDs and is symmetrical/asymmetrical (answer is _________ ) but it is a polar/nonpolar (answer is ___________ ) molecule. Each H has a __________ charge and the P has a __________ charge. H2O has 2 ___________ bonds with a ΔEN = _________ . H2O has 4 REDs and is symmetrical/asymmetrical (answer is________ ) making it a polar/nonpolar (answer is __________) molecule. Each H has a _________ charge and the O has a ________ charge. The strongest possible attractive force between these two molecules is _________ .
Draw the attraction between a water molecule and a molecule of PH3
First, draw one molecule and add the partial charges where needed - use the ΔEN to determine the types of bonds. Then, draw the second molecule so that the δ+ on one molecule lines up across from the δ- on the other. Since we can't draw the molecules here you will answer questions about the drawings that you made on the homework worksheet.
PH3 has _________ bonds with a ΔEN = ____________ .
PH3 has 4 REDs and is symmetrical/asymmetrical (answer is _________ ) but it is a polar/nonpolar (answer is ___________ ) molecule.
Each H has a __________ charge and the P has a __________ charge.
H2O has 2 ___________ bonds with a ΔEN = _________ .
H2O has 4 REDs and is symmetrical/asymmetrical (answer is________ ) making it a polar/nonpolar (answer is __________) molecule.
Each H has a _________ charge and the O has a ________ charge.
The strongest possible attractive force between these two molecules is _________ .
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