Find the current when the charge is a time function given by q(t) = 3t + t^2 at 2 seconds.(a) 3(b) 5(c) 7(d) 9The question was asked in an interview for internship.My doubt stems from Continuity Equation topic in division Electric Fields in Material Space of Electromagnetic Theory

Find the current when the charge is a time function given by q(t) = 3t

1.	Find the current when the charge is a time function given by q(t) = 3t + t^2 at 2 seconds.(a) 3(b) 5(c) 7(d) 9The question was asked in an interview for internship.My doubt stems from Continuity Equation topic in division Electric Fields in Material Space of Electromagnetic Theory
Answer» Right choice is (C) 7 Explanation: The current is defined as the rate of change of charge in a circuit ie, I = dq/dt. On differentiating the charge with respect to TIME, we GET 3 + 2t. At time t = 2s, I = 7A.

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Find the current when the charge is a time function given by q(t) = 3t + t^2 at 2 seconds.(a) 3(b) 5(c) 7(d) 9The question was asked in an interview for internship.My doubt stems from Continuity Equation topic in division Electric Fields in Material Space of Electromagnetic Theory

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