The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Question

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Answer 1

Question

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.

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Answer 2

Question

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.

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Answer 4

Question

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.

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Answer 5

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.

Answer 6

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.

Answer 7

Chapter 66, Problem 1RQ

To determine

The reason behind the fact that the voltage that is connected to the inverting terminal is more positive than the voltage to the non-inverting terminal, whether the input will be positive or negative.

Answer 8

Expert Solution & Answer

Explanation of Solution

The operational amplifier are the devices that are used to amplify the signals. The op amp have two inputs and one output terminals. The output is generally the amplification of the difference of voltages at the input, therefore it is also known as the differential amplifier.

In case the voltage is connected to the inverting input is more positive than the non-inverting input then the output is negative as the output is inverted.

Thus, if the voltage that is connected to the non-inverting input, then the output is negative.