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An Aluminum Wire and a Steel Wire,each of Length 2

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An aluminum wire and a steel wire,each of length 2.0 m,are hung from the ceiling.A An aluminum wire and a steel wire,each of length 2.0 m,are hung from the ceiling.A   mass is suspended from the lower end of each wire.The aluminum wire has a diameter of   .What must be the diameter of the steel wire if it is to stretch the same distance as the aluminum wire,so that the two wires maintain equal lengths after the masses are attached? Young's modulus for aluminum is   and for steel it is   . mass is suspended from the lower end of each wire.The aluminum wire has a diameter of An aluminum wire and a steel wire,each of length 2.0 m,are hung from the ceiling.A   mass is suspended from the lower end of each wire.The aluminum wire has a diameter of   .What must be the diameter of the steel wire if it is to stretch the same distance as the aluminum wire,so that the two wires maintain equal lengths after the masses are attached? Young's modulus for aluminum is   and for steel it is   . .What must be the diameter of the steel wire if it is to stretch the same distance as the aluminum wire,so that the two wires maintain equal lengths after the masses are attached? Young's modulus for aluminum is An aluminum wire and a steel wire,each of length 2.0 m,are hung from the ceiling.A   mass is suspended from the lower end of each wire.The aluminum wire has a diameter of   .What must be the diameter of the steel wire if it is to stretch the same distance as the aluminum wire,so that the two wires maintain equal lengths after the masses are attached? Young's modulus for aluminum is   and for steel it is   . and for steel it is An aluminum wire and a steel wire,each of length 2.0 m,are hung from the ceiling.A   mass is suspended from the lower end of each wire.The aluminum wire has a diameter of   .What must be the diameter of the steel wire if it is to stretch the same distance as the aluminum wire,so that the two wires maintain equal lengths after the masses are attached? Young's modulus for aluminum is   and for steel it is   . .

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