SECTION 12.2 (Overview of Molecular Properties) the earth), what we force of the sun on would it produce? sponding gravitati mates. The mass of that of the sun is 2 12.1 (a) If all the electrons in 1 gram of hydrogen could be detached from all the protons and separated from them by 1 cm, what would be the total electrostatic force between the electrons and protons? (b) What would be the electrons' acceleration in g's (assuming that they are somehow held together as a single body)? to sun is 1.5 x 10 12.3 If an ionic moler ly one electron f have a dipole mo 12.2 If all the electrons in the earth could be removed and attached to the sun (leaving all the protons on

SECTION 12.2 (Overview of Molecular Properties) the earth), what we force of the sun on would it produce? sponding gravitati mates. The mass of that of the sun is 2 12.1 (a) If all the electrons in 1 gram of hydrogen could be detached from all the protons and separated from them by 1 cm, what would be the total electrostatic force between the electrons and protons? (b) What would be the electrons' acceleration in g's (assuming that they are somehow held together as a single body)? to sun is 1.5 x 10 12.3 If an ionic moler ly one electron f have a dipole mo 12.2 If all the electrons in the earth could be removed and attached to the sun (leaving all the protons on