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      Figure shows an active high pass filter. R = 5k ohms, R1 = 300 ohms, R2 = 600 ohms, and C= 0.01 uF. Calculate the cutoff frequency in Hz. Round your answer to the nearest Hz.    

In the following circuit, Vin = 5 V DC, C = 1nF, R = 100Ω. What is Vout in volts (approximately)?   

Calculate the Gain for this Non-Inverting Op-Amp:   

In the following circuit, Vin = 5V DC, C = 1nF, R = 100Ω. What is Vout in volts (approximately)?   

What is the phase shift of the output for the Non-inverting amplifier, in degrees?

Find the passband gain of this active first-order high-pass filter. Round your answer to the nearest 0.1.   

While caring for a patient with an indwelling catheter, which intervention(s) is/are important for the nurse to include in the plan of care? (select all that apply.)

Given a comparator circuit, choose the expected output in the table for each row. All values are in volts. – Input + Input + Vss – Vss Output 1V 5V 10V -10V [a] 5V 1V 10V -9V [b] 3V 5V 7V -10V [c] 5V 3V 15V GND [d]

The AC coupling setting on the scope removes DC offset on the display screen.

This graph is a P103 potentiometer (10kΩ) equivalent circuit diagram. Assume V_in = 20V, Vout = 5V. Calculate the value of R1. Express your answer in kΩ.