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A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]
A plastic tube 25 m long and 4 cm in diameter is dipped into a silver solution,depositing a layer of silver 0.100 m thick uniformly outer surface of the tube.If the coated tube is then connected to a 12 V battery,what will be the current? [Specific resistance of silver=1.47×10-8 ohm m]