Norton’s current is equal to ____________(0.5 نقطة)Open circuit currentShort circuit voltageOpen circuit voltageShort circuit current

Convert the following Thevenin equivalent circuit into a Norton equivalent circuit if:  V_th = 24V, R_th = 40.Question 13Answera.960.00A current source with a 40Ω and the R_load resistor in series.cross outb.0.60A current source with a series resistor of 40Ω, with the R-load resistor also connected in parallel.cross outc.0.60A current source with a parallel resistor of 40Ω, with the R-load resistor also connected in parallel.cross outd.960.00A current source with a parallel resistor of 40Ω, with the R-load resistor also connected in parallel.cross oute.0.60A current source with a 40Ω and R_load resistor in series.

Which one of the following is correct for an open circuit

Open circuit Voltage occursa.At zero currentb.when the circuit is short-circuitedc.when resistance is zero

Give the statement of Norton’s theorem

Convert the following Norton equivalent circuit into a Thevenin equivalent circuit if:  I_norton = 3A, R_norton = 14Ω.Question 14Answera.14.00V voltage source with a series resistor of 42.00Ω.cross outb.42.00V voltage source with a parallel resistor of 3Ω.cross outc.42.00V voltage source with a series resistor of 14Ω.cross outd.0.21V voltage source with a parallel resistor of 14Ω.cross oute.42.00V voltage source with a parallel resistor of 14Ω.