(III) The dipole moment, considered as a vector, points from the negative to the positive charge. The water molecule, Fig. 17-42, has a dipole moment p which can be considered as the vector sum of the two dipole moments, P¡ and pP2, as shown. The distance between each H and the O is about 0.96 x 10-10 m. The lines joining the center of the O atom with each H atom make an angle of 104°, as shown, and the net dipole moment has been mea- sured to be p = 6.1 × 10-30 C · m. Determine the charge q on each H atom. 104° H+ FIGURE 17-42 Problem 34. P2 A water molecule, H2O.

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(III) The dipole moment, considered as a vector, points from
the negative to the positive charge. The water molecule,
Fig. 17-42, has a dipole moment p which can be considered
as the vector sum of the two dipole moments, P¡ and pP2, as
shown. The distance between each H and the O is about
0.96 x 10-10 m. The lines joining the center of the O atom
with each H atom make an angle of 104°, as shown, and the
net dipole moment has been mea-
sured to be p = 6.1 × 10-30 C · m.
Determine the charge q on each
H atom.
104°
H+
FIGURE 17-42 Problem 34.
P2
A water molecule, H2O.
Transcribed Image Text:(III) The dipole moment, considered as a vector, points from the negative to the positive charge. The water molecule, Fig. 17-42, has a dipole moment p which can be considered as the vector sum of the two dipole moments, P¡ and pP2, as shown. The distance between each H and the O is about 0.96 x 10-10 m. The lines joining the center of the O atom with each H atom make an angle of 104°, as shown, and the net dipole moment has been mea- sured to be p = 6.1 × 10-30 C · m. Determine the charge q on each H atom. 104° H+ FIGURE 17-42 Problem 34. P2 A water molecule, H2O.
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