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What is the power output of an electrochemical cell with a standard potential of +0.34 V and a current of 2.5 A flowing through it for 3 hours?

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To calculate the power output of an electrochemical cell, we can use the formula:Power  P  = Voltage  V   Current  I Given the standard potential  voltage  of the cell is +0.34 V and the current flowing through it is 2.5 A, we can calculate the power output as follows:P = 0.34 V  2.5 AP = 0.85 W  watts Now, we need to find the total energy output over the 3-hour period. We can do this by using the formula:Energy  E  = Power  P   Time  t First, we need to convert the time from hours to seconds:3 hours   60 minutes/hour    60 seconds/minute  = 10,800 secondsNow, we can calculate the total energy output:E = 0.85 W  10,800 sE = 9,180 J  joules So, the power output of the electrochemical cell is 0.85 W, and the total energy output over the 3-hour period is 9,180 J.

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