(b) Find the unknown currents shown in figure 4. 44 5A 2A 12 114 Figure 4 6A (c) In the circuit in figure 5 find the short-circuit current. Your answer should include all the equations used to obtain the current. 202 8A(↑ ΙΩ 10V Figure 5 (d) Find the Thévenin equivalent of the circuit of figure 6. Your answer should include all the equations used to obtain the voltage and resistor Thévenin. 48V 10V 160 HIIH 160 81 W 852 Figure 6

subject:Circuits 1please this one too give me a slightly favor can you answer this  questions please wanna learn more im having difficuilty about this questions

What is wrong with this circuit? V₁ 24 V R₁ 10 kn D₁ 1N4744A 1 15 V The zener is open. nothing The zener is shorted. not enough data 4.790 VR₂2.5 kn R₁

Answer the follwing. Modified true or false. Write True if the statement is true. If not, write false and change the underlined word/s to make the statement true.  If you multiply current and voltage, the answer will be in units of resistance. Superconductors completely lose their electrical resistance at low finite temperatures. A fuse or a circuit breaker is always connected in series with the device the it protects. When two cells are connected in a series, the positive terminal of a cell is connected to the negative terminal of the other cell.

Estimate voltage E2 when E1=90sin2400t V, R1=R2=20 ohms, L1= L2=3mH and M=0.15mH

Which one or ones of the following statements about Kirchhoff's rules are correct? I) The junction rule is based on the law of conservation of energy. II) The loop rule is based on the law of conservation of energy. III) The number of required equations to find the unknown currents has to be as many as the number of all possible loops. O A) Il and II B) II O C) I and II O D) II O E) I

What will be different if there is no "Ce"? Can you make a solution based on the absence of "Ce"? (Ce is parallel to Re.)

For circuit shown in Figure B16i, calculate, i. IDI ii. ID2 R2 7 kQ D2 Ge Io2 R1 10KQ D1 Ge lo1 .V1 V2 12 v 10 v Figure B16i

For the circuit shown in Figure B16ii, calculate, i. Ir2 ii. V out Ge V1 R1 Vout 4 kQ IR2 R2 12V 22.2kQ V2 2V Figure B16ii

Two Resistances of R₁ = 60 ± 2.5% and R₂ = 129 + 3% are connected in Parallel. What would be the tol- erance in the equivalent resistance value of the parallel combination? (A) 0.25% (C) 2.67% (B) 1.54% (D) 4.52%