An artificial radioactive battery consists of No number of atoms of a radioactive element emitting...

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Physics

An artificial radioactive battery consists of No number of atoms of a radioactive element emitting a particles with a disintegration constant 1 per sec Half of the fraction of x particles emitted are captured at the anode A Rest remains in the surrounding of radioactive substance kept on the cathode B A capacitor C and a resistance R are connected across the battery Charge on a particle is denoted by qo given C F R 500 Q and at t 0 number of atoms are No 10 3 49 Current through a battery as a function of time A N 9 6 2 2 C N 9 2 A B B 9 1 e 21 No D N 9 1 e 2 10 F www 500 Q

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To determine the current through the battery as a function of time we can follow these steps Given Data Number of atoms at t 0 N0 Disintegration constant lambda 1 textsec1 Charge on a particle q0 Capacitance C 103 textF See Answer

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