(a) Determine values of R1 and R2 In Figure b that make the circuit in Figure b equivalent to the circuit in Figure a. (b) Analyze the circuit in Figure b to determine the values of the currents iǝ and ib. (c) Because the circuits are equivalent, the currents a and b shown in Figure b are equal to the currents ia and is shown in Figure a. Use this fact to determine values of the voltage V₁ and current i2 shown in Figure a. 9V - V; + ww 10Ω w ΦΩ 200 172402 [8 120 (a) R₁ ia www 9 V (b) 17% Analyze the circuit in Figure b to determine the values of the currents ia and ib. ia = ib A A Click if you would like to Show Work for this question: Open Show Work Attempts: Unlimited SAVE FOR LATER SUBMIT ANSWER Part 3: Voltage and Current Division Because the circuits are equivalent, the currents ia and ib shown in Figure b are equal to the currents i₂ and i shown in Figure a. Use this fact to determine values of the voltage V, and current i2 shown in Figure a. 1₂ = A V₁ = V Click if you would like to Show Work for this question: Open Show Work 2002 w V2 R₂ 40mA 60mA R₁ - Determine the values of resistances R1 and R2 that cause voltages V₁ and V2 to have values V₁ = 7.2 V and V2 = 7.2 V. R₁ = and R₂ = Ω.