What is the total charge of all the electrons in 2.6-kg bar of gold? ?

One mole of gold (197 g) contains 6.022x10^23 gold atoms or 3.011x10^25 electrons. 2.6 kg of gold = 2,600 / 197 = 13.2 moles of gold. It contains 13.2 moles x 3.011x10^25 electron / mole = 3.97x10^26 electrons The total charge of all the electrons = (1.6x10^-19 C / electrn)(3.97x10^27 electron) = 6.36x10^7 C is the total charge 

Explanation:

The Erosion in the Colorado Rookies Scenario that record a ready rain were more than the other scenario in the same area with just a drizzle. The Erosion is much in the Colorado Rockies Scenario that record a steady rain because the volume of the rivers has goes up compare to that of the Scenario with just a drizzle. As a result of the increased in the amount of the rivers bank that is flowing, the river flows more faster which helps in the transportation of the sediments or Erodes.