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calculate the voltage drop across resistor 4 = E4, given the following values: (Provide your answer in base units with 2 decimals)

Resistor 1 = 1,442Ω,

Resistor 2 = 1,229Ω,

Resistor 3 = 750Ω,

Resistor 4 = 1,381Ω,

Resistor 5 = 391Ω, and

Source  voltage ET = 175V

The voltage drop across resistor \( R_4 \) is approximately \( 27.94 \, \text{V} \).

Do you have any questions or need further details? Here are some related questions you might find useful:

1. How do you calculate the total current flowing through the circuit?
2. What is the equivalent resistance of resistors in parallel?
3. How do we compute the voltage drop across resistors in series?
4. How does the source voltage distribute across the resistors in the circuit?
5. What happens to the current and voltage if one of the resistors is removed?

**Tip:** In a parallel circuit, the voltage drop across all components in parallel remains the same.

Calculate the voltage drop across resistor 4 = E4, given the following values: Resistor 1 = 1,442Ω, Resistor 2 = 1,229Ω, Resistor 3 = 750Ω, Resistor 4 = 1,381Ω, Resistor 5 = 391Ω, and Source voltage ET = 175V

Learn how to calculate the voltage drop across Resistor R4 in a circuit with five resistors, some in parallel and some in series. The total resistance and voltage division rules are applied, with the source voltage ET = 175V. Suitable for high school students.

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