5 2 points In the circuit shown in the figure the Thevenin voltage Vu and Thevenin resistance Ru as seen by the load between point A and B are respectively Q5. 22 ww RyH ww 42 Ž32 124 B (b) 8, 3Q (c) 12V, 32 (d) 16, 22 (a) 4/, 22 O (a) (b) O (c) ) O
option d is correct.. multiply Norton current and nortan resistance u get thevenin voltage (8*2=16V) ... and nortan resistance is equal to thevenin resistance