(5) R 100, R, 40Q. Find the Thévenin equivalent for this circuit, namely, calculate v, and R. R₂ 10A R₁

Please solve all the parts ASAP

Q1) For the following circuit, sketch the output for one cycle of the input voltage. Use a constant-voltage model with Vo,=0.7V and. also write an expression for Vo(t). R = 10 k2 3 R2 = 10 k2 D2 , = 6 sin or vo V2 = 4 V V, = 2 .

A moving coil ammeter gives a full scale deflection for a current i = 300 mA and its coil has a resistance RC = 1Ω. To use this ammeter as a voltmeter that measures 9V at full scale deflection a multiplier resistance, RM, is added in series with the coil. What is the value of the multiplier resistance? Select one: a. 30 Ω b. 32 Ω c. 29 Ω  d. 31 Ω

For the circuit depicted below, please find the Thevenin resistance between points a and b. Please use the method where you deactivate all the independent sources and drive the resulting circuit with a voltage source V, connected at points a and b. 1000 A 500 A a 250, 1000 A b Derive the voltage V, of the driving source as a function of the input current i,. HINT Source transform the voltage source

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20HF R1 R2 Vc 0.5mH R3 12V 0.4mH 10µF 25V Assume the above circuit has been in this state for a very long time. Determine the current through the 0.4mH inductor i, given R1=70 R2=6 2 R3=92 Note: Round your answer to the nearest single digit decimal place. Your answer should be in Amps. For example, if you compute 15.43 Amps then enter 15.4 as you answer. Find iL 51°F P Type here to search Chp elle

12) The circuit below is driven by a voltage source Vin(t)=Vo cos(ot). The component labeled Vout is an ideal voltage meter. For some of the questions below your answer might be mathematically brief, but in such a case you must write a sentence justifying it. R1 C2 Vout -Vin R2 L1 a) For o→0, what is the current I(t) through R1? b) For o→ o, what is the current I(1) through R2? c) What non-zero, non-infinite angular frequency o maximizes the current I(1) through R1?

Please write neatly and explain all steps

i need help please thank you