Find the Norton's equivalent at terminals 'a' and 'b' of the circuit shown in Figure 3. Show all the steps. Note that you need to find the Norton's equivalent directly. Zz Ω 10Ω w ww 15 N ww yyΩ 20 Ω...

xx = 70

yy = 10

zz = 82

Extracted text: Find the Norton's equivalent at terminals 'a' and 'b' of the circuit shown in Figure 3. Show all the steps. Note that you need to find the Norton's equivalent directly. Zz Ω 10Ω w ww 15 N ww yyΩ 20 Ω ww XX N ww 'a' 5 A (1 + + 20 V RL= 50 N VL 10 Ω 'b' Figure 3