Figure C₁ < Part B 2 of 2 > Assume in the circuit in (Figure 2) R₁C₁ = R₂C₂ = RC. Compare differential equation that relates the output voltage to the input voltage of this circuit with the equation derived in previous part. The two equations are the same except for a power factor of the derivative. O The two equations are exactly the same. The two equations are the same except for a reversal in algebraic sign. The two equations are the same except for a power factor of RC. R₁₁ w Voc R₂ Vcc w -Vcc Rat -Vcc Vo Submit Request Answer Part C Complete previous part(s)

Question 4 A boost converter has an input of 5V and an output of 20W at 15V. The minimum inductor current must be no less than 50% of the average. The output voltage ripple must be less than 1%. The switching frequency is 30kHz. Determine the duty ratio, minimum inductor value, and minimum capacitor value. Verify your answers using Matlab, show the inductor current is continues and its minimum is no less than 50% of its average. Furthermore, the output voltage ripple is less than 1%.

The ratio of the forward voltage to the forward current is called the characteristic impedance? What is forward voltage? What is the forward current? What is characteristic impedance?

This isn't apart of a test it is a homework question I added an image that contains the figure for this problem  An RLC��� circuit with a 15 μF�F capacitor is connected to a variable-frequency power supply with an rms output voltage of 6.8 VV . The rms current in the circuit as a function of the driving frequency appears as in (Figure 1) . Part A What is the value of the resistor? Express your answer to two significant figures and include the appropriate units.   figure 1 image for this question.  Question 2 John is changing a lightbulb in a lamp. It's a warm summer evening, and the resistance of his damp skin is only 3300 ΩΩ . While one hand is holding the grounded metal frame of the lamp, the other hand accidentally touches the hot electrode in the base of the socket. The voltage of the socket is 120 VV . Use the data shown in (Figure 1) . Part A What is the current through his torso?         Express your answer with the appropriate units.