For the given circuit. Given V1=34 Volt, R1-30 k0, R2=140 KQ, R3=105 KQ, R4-213 kQ. V1-...

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For the given circuit. Given V1=34 Volt, R1-30 k0, R2=140 KQ, R3=105 KQ, R4-213 kQ. V1- Node a RT ما R₁ b) Find current I in mA. [1 M] R₂ www R3 www R4 www a) Determine the equivalent resistance, RT in k, of the circuit. [1 M] c) Use the current divider rule to determine the current in resistor R1 in mA. [0.5M] d) Use the current divider rule to determine the current in resistor R2 in mA. [0.5M] e) Use the current divider rule to determine the current in resistor R3 in mA. [0.5M] f) Use the current divider rule to determine the current in resistor R4 in mA. [0.5M] g) Verify Kirchhoff's current law at node a. [1 M] For the given circuit. Given V1=34 Volt, R1-30 k0, R2=140 KQ, R3=105 KQ, R4-213 kQ. V1- Node a RT ما R₁ b) Find current I in mA. [1 M] R₂ www R3 www R4 www a) Determine the equivalent resistance, RT in k, of the circuit. [1 M] c) Use the current divider rule to determine the current in resistor R1 in mA. [0.5M] d) Use the current divider rule to determine the current in resistor R2 in mA. [0.5M] e) Use the current divider rule to determine the current in resistor R3 in mA. [0.5M] f) Use the current divider rule to determine the current in resistor R4 in mA. [0.5M] g) Verify Kirchhoff's current law at node a. [1 M]