Question

Consider the voltage divider shown in Figure 1. Let $V_{IN} = 9V$ and $R_1 = 1k\Omega$. Write a MATLAB script to find the output voltage as a function of the variable resistance $R_2$. Plot $V_{out}$ vs. $R_2$ for $0 k\Omega \le R_2 \le 10 k\Omega$ in steps of $\Delta R_2 = 10 \Omega$. Include a grid and label axes properly. R1 VIN R2 VOUT Figure 1. Voltage divider with variable resistor. Write a brief report that includes a cover page, this handout, a description of the thought process you followed to solve the problem (one page), the MATLAB script properly documented, the resulting plot, and your conclusions.

          Consider the voltage divider shown in Figure 1. Let $V_{IN} = 9V$ and $R_1 = 1k\Omega$. Write a MATLAB
script to find the output voltage as a function of the variable resistance $R_2$. Plot $V_{out}$ vs. $R_2$ for
$0 k\Omega \le R_2 \le 10 k\Omega$ in steps of $\Delta R_2 = 10 \Omega$. Include a grid and label axes properly.

R1
VIN
R2
VOUT

Figure 1. Voltage divider with variable resistor.

Write a brief report that includes a cover page, this handout, a description of the thought process
you followed to solve the problem (one page), the MATLAB script properly documented, the
resulting plot, and your conclusions.

Consider the voltage divider shown in Figure 1. Let VIN = 9V and R1 = 1kΩ. Write a MATLAB
script to find the output voltage as a function of the variable resistance R2. Plot Vout vs. R2 for
0 kΩ≤ R2 ≤ 10 kΩ in steps of Δ R2 = 10 Ω. Include a grid and label axes properly.

R1
VIN
R2
VOUT

Figure 1. Voltage divider with variable resistor.

Write a brief report that includes a cover page, this handout, a description of the thought process
you followed to solve the problem (one page), the MATLAB script properly documented, the
resulting plot, and your conclusions.

Added by Aaron W.

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