Question 11 [1 point) The calculated value of Circuit Three's I1 is: O '15 mA 0 6.144 mA O 137?) mA 0 750 HA R1 5000 Circuit One R3 $5009 R2 5000 Rt => R4 $5009 R5 R6 2500 $250Q The General Equation for Circuit One's R, is: ORt = (R1 + R3) // R2 + R4 + R5 // R6 ORt = R1 // R2 + R3 + [R4 // (R5 + R6)] ORt = R1 // (R2 + R3) + R4 // R5 // R6 O Rt = (R1 + R2) // R3 + R4 + R5 // R6R3 5009: Circuit One Rt=> 500:: RE 250:: 0 The calculated value for Circuit One's Rt is: if; 875 Q Q 958 Q if"; 375 Q \fQuestion 12 [1 point) The calculated value of Circuit Three's I2 is: (:31 '15 mA Q 1.604 mA \fQuestion 14 [1 point) The calculated value of Circuit Three's I4 is: Q 878 HA 0 878 mA 0 726 mA 0 726 HA Open ii Lab4Circuit0nE-m5'l4 in Multisim and measure the value of Rt. You should discover that the calculated value from the previous question and the measured values of Rt differ. Which of the following statements best describe your findings: g" j Rt (measured) = 1.125 k0 R1(measured) = - r - [infinity] (because R1 is open) g" j} Rt (measured) = 1.125 k0 R2 (measured) = - r - [infinity] (because R2 is open) g" :3. Rt (measured) = 1.125 k0 R3 (measured) = - r - [infinity] (because R3 is open) f"; Rt (measured) = same value as answer to Question 2 No faulty component in circuit Question 6 (1 point] Circuit Two It R3 T? SD The calculated value for Circuit Two's It is: (f). 380 mA if"; 38.0 mA \\___/ ,038 A \\___/ if"; 889 mA \\___/ \fOpen a LadeircuitTWO-msi'i in Multisim and measure the value of It. You should discover that the calculated value from the previous question and the measured values of It differ. Which of the following statements best describe your findings: {' ":3 It (measured) = same value as answer to Question 6 No faulty component in circuit if ":3 It (measured) = 137 mA R1 (measured) = - r - [infinity] (because R1 is open) If t} It (measured) = 137 mA R2 (measured) = - r - [infinity] (because R2 is open) if ":3 It (measured) = 137 mA \fQuestion 9 (1 point] The calculated value for Circuit Three's It is: I:::I 7.75 mA Q 400 HA I:::I 4926 mA m 0.426 mA K_/