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It is known that the magnitude of the charge on an electron and a proton are equal at least 1 part in 1017 What if there is a difference in their charges, that the proton charge is larger than the electron by 1 part in 101. What would be the approximate electrical force between the earth and the moon. Assume that the average atomic number for atoms in the earth and moon is 16. I am using the ten most abundant atoms (accounting for almost 99% of the atoms) on the earth for the average (a) Determine the number of atoms in the (i)moon and (ii)earth. (b) Determine the number of protons and electrons on each. (c) Determine the net electric force (F) on the moon by the earth, if the proton charge is larger than the electrons. the earth, 2.778 x 1015 C charge on Earth) (d) Compare this to the gravitational force on the moon by the earth. (1.08 x 1050 atoms in
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baa ele l 7 lo to elDate: Page me : ed arms on earth. ,.o8xb プPage Mo L6 TDPage y1 ん 98 9XID X 7.64X33. 388 XID

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