Voltage divider rule-resistive circuit

Write an expression for the total effective resistance R_T of the given circuit

• R₁+R₂+R₃+R₄

• R₁+R₂II(R₃+R₄)

• R₁II[R₂+(R₃IIR₄)]

• R₁II(R₂+R₃)IIR₄

Write an expression for the total effective resistance R_T of the given circuit

• [(R₅ +R₆)II(R₃+R₄₎IIR₂] +R₁

• R₁ + R₂ II [(R₃IIR₅)+(R₄IIR₆)]

• R₁ + R₂ II [(R₃IIR₅)+R₄+R₅+R₆

• R₁ + R₂+R₃ +R₄+R₅+R₆

Use the current divider rule to calculate the unknown currents for the network

• I₁ =100mA, I₂ =150mA

• I₁ =200mA, I₂ =50mA

• I₁ =150mA, I₂ =100mA

• I₁ =250mA, I₂ =0mA

Use the current divider rule to calculate the unknown currents for the network

• I₁ =2.5A, I₂ =2.5A, I₃ = 5A

• I₁ =5A, I₂ =2.5A, I₃ = 2.5A

• I₁ =2.5A, I₂ =5A, I₃ = 2.5A

• I₁ =3A, I₂ =4A, I₃ = 3A

Find out the effective resistance R_T

• 75Ω

• 600Ω

• 300Ω

• 100Ω

Find out the effective resistance R_T

• 25Ω

• 50Ω

• 125Ω

• 12.5KΩ

Find out the effective resistance R_T

• 220Ω

• 110Ω

• 0Ω

• 440Ω

Using voltage divider rule, determine the voltages VR2

• 6V

• 12V

• 2V

• 20V

Determine the voltage across 7Ω resistor

• 37.5V

• 17.5V

• 50V

• 10V