Superposition is based on which of the following mathematical concepts? O Associativity O Duality O Linearity O Reciprocity

I am stuck on this question I am trying to use the inverting op amp formula to find the output voltage but that does not seem to be the answer

A displacement sensor has a sensitivity of S mV/mm and is used to measuredisplacements of up to 1m. The output resistance of the sensor is 200Ω. The sensoris connected to an amplifier that converts the displacement sensor signal to a formsuitable for driving a voltmeter at its output. The voltmeter has an input resistance of1kΩ. The voltmeter requires an input voltage of 6V for the full-scale deflection. Themeter scale is marked linearly such that full-scale deflection corresponds to 1m. Theamplifier subsystem has an input resistance of 2kΩ and an output resistance of100Ω. The open circuit voltage gain Av may be adjusted over a wide range of values,as required.  Calculate the required open-circuit voltage gain for the amplifier such that thesystem produces a correct temperature reading on the panel meter.

Question 5 What is the gain (Vo/Vs) of the following system, if all resistors are equal to 1000? 100 1 www R1 ww Rs What type of opamp circuit removes loading effects? inverting unity gain buffer comparator R2 non-inverting www RL

A displacement sensor has a sensitivity of S mV/mm and is used to measuredisplacements of up to 1m. The output resistance of the sensor is 200Ω. The sensoris connected to an amplifier that converts the displacement sensor signal to a formsuitable for driving a voltmeter at its output. The voltmeter has an input resistance of1kΩ. The voltmeter requires an input voltage of 6V for the full-scale deflection. Themeter scale is marked linearly such that full-scale deflection corresponds to 1m. Theamplifier subsystem has an input resistance of 2kΩ and an output resistance of100Ω. The open circuit voltage gain Av may be adjusted over a wide range of values,as required. Calculate the required open-circuit voltage gain for the amplifier such that thesystem produces a correct temperature reading on the panel meter.  Calculate the power gain (in dB) for the maximum deflection of the meter

Figure 2 B): Design the analog computer circuit to simulate the following differential equation: 5Y"+ 4 Y-2 Y-3 Y 6. Lecturer

For the circuit as shown below, find a single equivalent inductor at terminals (a, b), where L1=17 mH, L2=10 mH, L3=11.5 mH, L4=6 mH, L5=17 mH, and L6=7.5 mH, L7=12.5 mH, L8=19 mH, and L9=7.5 mH.

A displacement sensor has a sensitivity of S mV/mm and is used to measuredisplacements of up to 1m. The output resistance of the sensor is 200Ω. The sensoris connected to an amplifier that converts the displacement sensor signal to a formsuitable for driving a voltmeter at its output. The voltmeter has an input resistance of1kΩ. The voltmeter requires an input voltage of 6V for the full-scale deflection. Themeter scale is marked linearly such that full-scale deflection corresponds to 1m. Theamplifier subsystem has an input resistance of 2kΩ and an output resistance of100Ω. The open circuit voltage gain Av may be adjusted over a wide range of values,as required. Calculate the power gain (in dB) for the maximum deflection of the meter.