Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
In an electric circuit, total energy (in Joules) dissipated by elements between t, = 0 and tz = 20 ms is given by E = S 1(t) * V(t)dt. If the current, I(t) = (20 + R)e-100t in mA and the voltage, V(t) = (10 + R) – 5e-100t in V, find the total energy dissipated. Note: R = 33

In an electric circuit, total energy (in Joules) dissipated by elements between t, = 0 and tz = 20 ms is given by E = S 1(t) * V(t)dt. If the current, I(t) = (20 + R)e-100t in mA and the voltage, V(t) = (10 + R) – 5e-100t in V, find the total energy dissipated. Note: R = 33

icon
Related questions
Question
100%

3a- Please I want a solution of this question by typing it. Many Thanks

a. In an electric circuit, total energy (in Joules) dissipated by elements between t, = 0 and t2 = 20 ms is given by E = S 1(t) * V(t)dt. If the current, I(t) = (20 + R)e-100t in mA and the voltage, V(t) = (10 + R) – 5e-100t in V, find the total energy dissipated. Note: R = 33
Transcribed Image Text:a. In an electric circuit, total energy (in Joules) dissipated by elements between t, = 0 and t2 = 20 ms is given by E = S 1(t) * V(t)dt. If the current, I(t) = (20 + R)e-100t in mA and the voltage, V(t) = (10 + R) – 5e-100t in V, find the total energy dissipated. Note: R = 33
Expert Solution
steps

Step by step

Solved in 3 steps with 4 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer