Extracted text: Figure 6-20 R, = 150 2 V = 18 V R= 600 N 300 N B R= 100 0 6-9 In Fig. 6-20, a. How much is the total resistance of just R, and R,? b. What is the equivalent resistance of R, and R, across points A and B? c. How much is the total resistance, R, of the entire circuit? d. How much is the total current, I, in the circuit? e. How much current flows into point B and away from point A? 6-10 In Fig. 6-20, solve for the following: 4, V, V, V, , b, l. Va, P, Pa, P, Pa, and P. Figure 6-35 R= 1.5 k R = 10 kn = 36 V R = = 10 kn R= 15 kn R, = 1 kn R = 5 kn 6-26 In Fig. 6-36, solve for R, , , h, V,, V, V, and the voltage, Vag-