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A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.
A galvanometer with internal resistance of 100 Ω can measure 100 μA at fall deflection. What resistance must be connected in parallel to it to make it an ammeter that can measure up to 100 A.