Charge, current and potential difference

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Question 3
Easy

An electrochemical cell used in a blood glucose monitor operates with a constant current of 15 mA during a single test cycle.

Calculate the total charge flow, in coulombs, through the sensor during a test cycle lasting 8.5 minutes8.5\text{ minutes}8.5 minutes.

Use the equation:

charge flow=current×time \text{charge flow} = \text{current} \times \text{time} charge flow=current×time Q=I×t Q = I \times t Q=I×t
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Charge, current and potential difference Questions

  1. GCSE
  2. /Physics
  3. /Charge, current and potential difference