e) The aluminum can in this simulation is a metal. Are both types of charge (+ and -) equally mobile in a metal? If not, which type of charges are able to move in a metal? d) What was the initial charge on the can? How do you know? Hint: COUNT THE CHARGES OF EACH TYPE! But you might need to polarize the can to do so, since + and - charges overlap in the simulation.

          e) The aluminum can in this simulation is a metal. Are both types of charge (+ and -) equally mobile in a metal? If not, which type of charges are able to move in a metal?

d) What was the initial charge on the can? How do you know? Hint: COUNT THE CHARGES OF EACH TYPE! But you might need to polarize the can to do so, since + and - charges overlap in the simulation.

e) The aluminum can in this simulation is a metal. Are both types of charge (+ and -) equally mobile in a metal? If not, which type of charges are able to move in a metal?

d) What was the initial charge on the can? How do you know? Hint: COUNT THE CHARGES OF EACH TYPE! But you might need to polarize the can to do so, since + and - charges overlap in the simulation.

Added by Gabriel E.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Thanks for your feedback!

Not, which type of charges are able to move in a metal? What was the initial charge on the can? How do you know? Hint: COUNT THE CHARGES OF EACH TYPE! But you might need to polarize the can to do so, since - and charges overlap in the simulation.