Which of the following formulas is the general voltage divider formula?
A) $ E_{X}=I_{T} \times R_{T} $

B) $ E_{X}=\left(\frac{E_{T}}{R_{T}}\right) R_{X} $

C) $ E_{X}=\left(\frac{R_{X}}{R_{T}}\right) E_{T} $

D) $ I_{T}=\left(\frac{E_{T}}{R_{T}}\right) $

Question

Which of the following formulas is the general voltage divider formula?
A) $ E_{X}=I_{T} \times R_{T} $

B) $ E_{X}=\left(\frac{E_{T}}{R_{T}}\right) R_{X} $

C) $ E_{X}=\left(\frac{R_{X}}{R_{T}}\right) E_{T} $

D) $ I_{T}=\left(\frac{E_{T}}{R_{T}}\right) $

Quizplus · Accepted Answer

The general voltage divider formula is $ E_{X}=\left(\frac{R_{X}}{R_{T}}\right) E_{T} $, which calculates the voltage across a resistor ($R_{X}$) in a series circuit, where $E_{T}$ is the total voltage and $R_{T}$ is the total resistance.

Which of the Following Formulas Is the General Voltage Divider EX=IT×RT E_{X}=I_{T} \times R_{T} EX​=IT​×RT​

Which of the Following Formulas Is the General Voltage Divider $E_{X}=I_{T} \times R_{T}$