Study the circuit diagram below and apply the Thevenin's theorem to calculate the current through the 80

Physics
Study the circuit diagram below and apply the Thevenin's theorem to calculate the current through the 80

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Answer

50Hz,soHz, so\omega=2\pi f=100\pi\approx314.16$ rad/s.

Question 2.1.1: Total impedance

Step 1: Assume supply frequency f=50f=50 Hz, so ω=2πf=100π≈314.16\omega=2\pi f=100\pi\approx314.16 rad/s.

Step 2: Inductive reactance XL=ωL=314.16×0.5=157.08 ΩX_L=\omega L=314.16\times0.5=157.08\,\Omega.

Step 3: Capacitive reactance $X_C=\frac{1}{\omega C}=\frac{1}{314.16\times100\times10^{-6}}=\frac{1}{0

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Question 2.1.1: Total impedance Step 1: Assume supply frequency f=50 Hz, so =2 f=100≈314.16 rad/s.

Study the circuit diagram below and apply the Thevenin's theorem to calculate the current through the 80
Physics

This physics problem tests your understanding of fundamental physical laws and their applications. The step-by-step solution below breaks down the problem using relevant equations and physical reasoning.

ScanSolve AI Answer
Question 2.1.1: Total impedance Step 1: Assume supply frequency f=50 Hz, so =2 f=100≈314.16 rad/s. Step 2: Inductive reactance X_L= L=314.16×0.5=157.08\,. Step 3: Capacitive reactance $X_C=(1)/( C)=(1)/(314.16×100×10^-6)=10